Innovation of the Year 2024

The new energy vehicle market continues to grow, and the demand for multi-layer corrugated pipes is also increasing. Dekuma automobile multi-layer corrugated pipe extrusion production line is specially designed for new energy vehicle cooling systems to ensure stable production of high-quality pipes. 1. Precise and stable layering: using patented technology multi-layer composite die to improve production qualification rate. 2. Convenient maintenance: high-efficiency disassembly die head for quick maintenance and adjustment. 3. Efficient corrugation forming: rapid cooling, full corrugation, and improved production efficiency. 4. Safe and reliable control system: independently developed control system with comprehensive monitoring and protection functions. Decomo Automobile's multi-layer corrugated pipe extrusion production line helps efficient and stable production of new energy vehicle cooling systems.

The new energy vehicle market continues to grow, and the demand for multi-layer corrugated pipes is also increasing. Dekuma automobile multi-layer corrugated pipe extrusion production line is specially designed for new energy vehicle cooling systems to ensure stable production of high-quality pipes.
1. Precise and stable layering: using patented technology multi-layer composite die to improve production qualification rate.
2. Convenient maintenance: high-efficiency disassembly die head for quick maintenance and adjustment.
3. Efficient corrugation forming: rapid cooling, full corrugation, and improved production efficiency.
4. Safe and reliable control system: independently developed control system with comprehensive monitoring and protection functions.
Decomo Automobile's multi-layer corrugated pipe extrusion production line helps efficient and stable production of new energy vehicle cooling systems.

Application: Automotive

Fast: Injection, dosing and opening and closing of the mould are servo-electrically driven as standard and therefore completely independent. Fast acceleration and speeds, as well as simultaneous movements enable high-speed cycles. Compared to a standard hydraulic machine, up to 2 seconds shorter dry cycle time. Energy efficiency: The toggle-type clamping unit, high efficiency of the servo-electric drives, and recovery of braking energy from the basis for high energy efficiency. The energy requirement is reduced by up to 50 per cent. Precise: Direct spindle gears ensure mechanically rigid drives and dynamic movements. The excellent positioning accuracy of servo-electric drives permits maximum reproducibility and part quality. Emission minimization: The liquid-cooled drives operate quietly without air turbulence and reduce emissions into the environment. Closed drives and gear units prevent exposure to dust caused by abrasion. Perfect conditions for use in pure production environments.

Fast: Injection, dosing and opening and closing of the mould are servo-electrically driven as standard and therefore completely independent. Fast acceleration and speeds, as well as simultaneous movements enable high-speed cycles. Compared to a standard hydraulic machine, up to 2 seconds shorter dry cycle time.
Energy efficiency: The toggle-type clamping unit, high efficiency of the servo-electric drives, and recovery of braking energy from the basis for high energy efficiency. The energy requirement is reduced by up to 50 per cent.
Precise: Direct spindle gears ensure mechanically rigid drives and dynamic movements. The excellent positioning accuracy of servo-electric drives permits maximum reproducibility and part quality.
Emission minimization: The liquid-cooled drives operate quietly without air turbulence and reduce emissions into the environment. Closed drives and gear units prevent exposure to dust caused by abrasion. Perfect conditions for use in pure production environments.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

Following the global debut of the KraussMaffei goldPower twin-screw extruder series in July 2021, KraussMaffei is set to unveil two new models of the goldPower twin-screw extruder series, ZE 145 and ZE 180 at CHINAPLAS 2024. Thanks to the high torque ratio, ZE 145 and ZE 180 are perfectly suited for processing materials in a wide range of industries, including petrochemicals, reactive extrusion, and engineering plastics etc., covering polyolefins, ABS, TPU, PC, POM, PMMA and so on. What's more, the modular design ensures better operational flexibility, allowing for customized configurations of the barrel and screw elements to optimize processing efficiency. With stable plasticizing capabilities and outstanding mixing performance, the twin-screw extruders guarantee high production output and excellent product quality. All in all, KraussMaffei goldPower twin-screw extruders can meet your needs from raw material conveying and melting to dispersion, homogenization, devolatilization, pressurization, filtration, and pelletizing.

Following the global debut of the KraussMaffei goldPower twin-screw extruder series in July 2021, KraussMaffei is set to unveil two new models of the goldPower twin-screw extruder series, ZE 145 and ZE 180 at CHINAPLAS 2024.

Thanks to the high torque ratio, ZE 145 and ZE 180 are perfectly suited for processing materials in a wide range of industries, including petrochemicals, reactive extrusion, and engineering plastics etc., covering polyolefins, ABS, TPU, PC, POM, PMMA and so on. What's more, the modular design ensures better operational flexibility, allowing for customized configurations of the barrel and screw elements to optimize processing efficiency. With stable plasticizing capabilities and outstanding mixing performance, the twin-screw extruders guarantee high production output and excellent product quality. All in all, KraussMaffei goldPower twin-screw extruders can meet your needs from raw material conveying and melting to dispersion, homogenization, devolatilization, pressurization, filtration, and pelletizing.

Application: Automotive| Daily Chemicals| Electronics and Electric

t-win SE: Original outstanding 2 platen design; Modular design; Smart control system; Compact injection unit; Energy efficient drive concept; Operation & Maintenance friendly e-win SE: Precise, Stable, Energy saving, Speed, Smart

t-win SE: Original outstanding 2 platen design; Modular design; Smart control system; Compact injection unit; Energy efficient drive concept; Operation & Maintenance friendly

e-win SE: Precise, Stable, Energy saving, Speed, Smart

Application: Automotive| Food & Beverage| Medical & Healthcare| New Energy| Packaging| Sports & Leisure

This exhibit is primarily used in the thin-wall packaging industry, significantly increasing customer output and reduce delivery time with ultra-fast cycles. It reduces equipment investment while maintaining equivalent output. In-mold labeling enhances product appearance, highlighting brand characteristics.

This exhibit is primarily used in the thin-wall packaging industry, significantly increasing customer output and reduce delivery time with ultra-fast cycles. It reduces equipment investment while maintaining equivalent output. In-mold labeling enhances product appearance, highlighting brand characteristics.

Application: Packaging

BASF PuriCycle contribute to circular economy by returning waste plastics back into the loop Prehydrogenation PuriCycle® SH Metals Removal PuriCycle® M Dehalogenation PuriCycle® H Hydroprocessing PuriCycle® HP

BASF PuriCycle contribute to circular economy by returning waste plastics back into the loop
Prehydrogenation PuriCycle® SH
Metals Removal PuriCycle® M
Dehalogenation PuriCycle® H
Hydroprocessing PuriCycle® HP

Application: Aerospace, Aviation, Railway Transport| Building Materials| Electronics and Electric| Optoelectronics| Packaging

A light-emitting smart door handle using Covestro's light-diffusion grade PC material AG2477 DQ 028355 as the light-emitting surface of the product, which can effectively improve the light-emitting effect of surface area, reduce the "local dark area" and "local bright spot" of the light-emitting surface, and achieve homogeneous lighting effect. The product adopts the front and rear shell design, the rear shell adopts a hollow structure, and the hollow structure integrates the PCB emission control module, which can not only make the product lighter and thinner, but also facilitate maintenance and replacement. The product is realized by overmolding, the first shot is to injection mold Covestro’s black PC material as the rear shell, and then an electronic film integrated with LEDs is fixed on the rear shell, then the second shot AG2477 DQ 028355 will be overmolded to form the front shell. The final product is a light-emitting door handle with an integrated intelligent lighting control module. The overmolding process greatly improves production efficiency and reduces subsequent assembly steps. The illuminated smart door handle can support the control of lights through mobile phone APP or surface touch, and the light diffusion effect can not only reflect the personalized body characteristics, but also improve the visibility and safety of the vehicle in dim environments.

A light-emitting smart door handle using Covestro's light-diffusion grade PC material AG2477 DQ 028355 as the light-emitting surface of the product, which can effectively improve the light-emitting effect of surface area, reduce the "local dark area" and "local bright spot" of the light-emitting surface, and achieve homogeneous lighting effect.

The product adopts the front and rear shell design, the rear shell adopts a hollow structure, and the hollow structure integrates the PCB emission control module, which can not only make the product lighter and thinner, but also facilitate maintenance and replacement. The product is realized by overmolding, the first shot is to injection mold Covestro’s black PC material as the rear shell, and then an electronic film integrated with LEDs is fixed on the rear shell, then the second shot AG2477 DQ 028355 will be overmolded to form the front shell. The final product is a light-emitting door handle with an integrated intelligent lighting control module. The overmolding process greatly improves production efficiency and reduces subsequent assembly steps.

The illuminated smart door handle can support the control of lights through mobile phone APP or surface touch, and the light diffusion effect can not only reflect the personalized body characteristics, but also improve the visibility and safety of the vehicle in dim environments.

Application: Automotive

Carbon dioxide is directly captured and used as material to produce PPC-P. PPC-P resin is synthesized by using the worldwide first co-polymerization technology. PPC-P is a multifunctional plastic, which has good performances including entire biodegradation, high barrier, high transparency and so on. It is not only to realize carbon emission reduction, but to solve white pollution as well. Besides,the cost of PPC-P can be fallen sharply, and it can be helpful to promote more widely using of degradable plastics worldwide. LECSIN company will continue to increase investment to lead the research and development of the technology in the world, to build a world-class CO₂ plastic industry base. We will also provide solutions to reduce global white pollution, achieve carbon neutrality, and help the sustainable development of the global plastics industry.

Carbon dioxide is directly captured and used as material to produce PPC-P. PPC-P resin is synthesized by using the worldwide first co-polymerization technology. PPC-P is a multifunctional plastic, which has good performances including entire biodegradation, high barrier, high transparency and so on. It is not only to realize carbon emission reduction, but to solve white pollution as well. Besides,the cost of PPC-P can be fallen sharply, and it can be helpful to promote more widely using of degradable plastics worldwide.

LECSIN company will continue to increase investment to lead the research and development of the technology in the world, to build a world-class CO₂ plastic industry base. We will also provide solutions to reduce global white pollution, achieve carbon neutrality, and help the sustainable development of the global plastics industry.

Application: Food & Beverage| Packaging

Through the technical precipitation of four consecutive generations of PET special machines, the LK Group successfully develops the new PET electric special machine. The machine gives full play to the technical advantages of high control accuracy, good stability and high efficiency of the motor. With the PET special optimization of injection screw structure and high torque melt technology, the efficiency and product stability of PET injection molding are greatly improved, which enables the product qualification rate more than 95%. Currently the PET electric special machine has been mass-produced and has established a strategic cooperative relationship with well-known domestic head companies.

Through the technical precipitation of four consecutive generations of PET special machines, the LK Group successfully develops the new PET electric special machine. The machine gives full play to the technical advantages of high control accuracy, good stability and high efficiency of the motor. With the PET special optimization of injection screw structure and high torque melt technology, the efficiency and product stability of PET injection molding are greatly improved, which enables the product qualification rate more than 95%. Currently the PET electric special machine has been mass-produced and has established a strategic cooperative relationship with well-known domestic head companies.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

PT-V is the latest generation of precision injection molding machine introduced by LK Group to deepen customer needs. The whole series are equipped with electric melting technology, with comprehensively optimized structures of clamping unit and toggle, which reduces the impact force and runs more efficiently and smoothly. The power of the whole machine is increased by 15% ~ 25%, and the cycle time is shortened by 10% ~ 20%. The electric pre-melting motor is added to the injection unit, therefore customers can freely choose electric or hydraulic motor to pre-melt according to their needs. The application of high-precision linear guide rail injection unit makes the structure more compact. The series adopts a flexible module design to meet the multi-faceted needs of customers by matching different injection units.

PT-V is the latest generation of precision injection molding machine introduced by LK Group to deepen customer needs. The whole series are equipped with electric melting technology, with comprehensively optimized structures of clamping unit and toggle, which reduces the impact force and runs more efficiently and smoothly. The power of the whole machine is increased by 15% ~ 25%, and the cycle time is shortened by 10% ~ 20%. The electric pre-melting motor is added to the injection unit, therefore customers can freely choose electric or hydraulic motor to pre-melt according to their needs. The application of high-precision linear guide rail injection unit makes the structure more compact. The series adopts a flexible module design to meet the multi-faceted needs of customers by matching different injection units.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

What are the new FLC Thermoforming machine: Feed speed 3,000 mm/s (1.5 times faster than conventional models) Die clamping force 650 kN (corresponding to pressure air pressure of 0.6 MPa) What are the new trimming machine: PLS/PLP Maximum rotation speed 146RPM (1.21 times faster than conventional)

What are the new FLC Thermoforming machine: Feed speed 3,000 mm/s (1.5 times faster than conventional models) Die clamping force 650 kN (corresponding to pressure air pressure of 0.6 MPa)

What are the new trimming machine: PLS/PLP Maximum rotation speed 146RPM (1.21 times faster than conventional)

Application: Automotive| Packaging

Nordmeccanica is well recognized as manufacturer of reliable, long life and high quality laminating machines. The new TRIPLEX will bring this features in the 3-ply SL lamination. After having manufactured more than 500 machines in Shanghai, Nordmeccanica is now launching this new model that will allow the Converters to save time, reduce the waste, and improve the optics of their 3-layers laminates. The machine is also suitable for the lamination of PET/ALU/PE or PET/VMPET/PE, a process typically critical with SL technology. Thanks to the 1-Shot technology, developed already back in 2010 by Nordmeccanica in Italy, now the Customer can rely on an easy-to-use machine to process their 3-ply flexible packaging in an environment friendly & low-carbon emission way. The new TRIPLEX can handle 3 layers with SL adhesives. Typical structures are: • PET/ALU/PE (CPP) • PET/VMPET/PE (CPP) • BOPP/PET/PE (CPP) • BOPP/ALU/PE (CPP) • PET/PAPER/PE • PE/PET/PE Advantages: • Maximum productivity • Minimum scrap generation • Minimum energy consumption The quality of the laminates is also improved thanks to: • Minimum web stress • Easier quality control • No blocking issues due to pin-holes on Aluminum

Nordmeccanica is well recognized as manufacturer of reliable, long life and high quality laminating machines.

The new TRIPLEX will bring this features in the 3-ply SL lamination. After having manufactured more than 500 machines in Shanghai, Nordmeccanica is now launching this new model that will allow the Converters to save time, reduce the waste, and improve the optics of their 3-layers laminates. The machine is also suitable for the lamination of PET/ALU/PE or PET/VMPET/PE, a process typically critical with SL technology. Thanks to the 1-Shot technology, developed already back in 2010 by Nordmeccanica in Italy, now the Customer can rely on an easy-to-use machine to process their 3-ply flexible packaging in an environment friendly & low-carbon emission way.

The new TRIPLEX can handle 3 layers with SL adhesives. Typical structures are:
• PET/ALU/PE (CPP)
• PET/VMPET/PE (CPP)
• BOPP/PET/PE (CPP)
• BOPP/ALU/PE (CPP)
• PET/PAPER/PE
• PE/PET/PE

Advantages:
• Maximum productivity
• Minimum scrap generation
• Minimum energy consumption

The quality of the laminates is also improved thanks to:
• Minimum web stress
• Easier quality control
• No blocking issues due to pin-holes on Aluminum

Application: Packaging

Skinmelt technology can be used to increase the recycling rate of a plastic part. Those Sandwich components with a core of recycled material embedded in virgin material allow recycled materials to be used more widely. The aim is firstly to design more and more products for this form of two-component production and secondly to increase the proportion of recycled material in the sandwich structures. The achievable proportion of recyclate in the core is largely determined by the geometry of the moulded part and the filling pattern of the cavity. ENGEL succeeds in achieving a very high recyclate content with this complex component geometry using the skinmelt technology. One advantage of this technology is cost reduction. For the surface high quality material and less expensive material for the core component, like recycled material, can be used. Additionally, the part quality properties can be increased due to higher mechanical strength in combination with high surface quality. Or also weight reduction with foamed core can be realised. This technology is versatile and can be used for example in furniture, logistics or rigid packaging applications.

Skinmelt technology can be used to increase the recycling rate of a plastic part. Those Sandwich components with a core of recycled material embedded in virgin material allow recycled materials to be used more widely. The aim is firstly to design more and more products for this form of two-component production and secondly to increase the proportion of recycled material in the sandwich structures. The achievable proportion of recyclate in the core is largely determined by the geometry of the moulded part and the filling pattern of the cavity. ENGEL succeeds in achieving a very high recyclate content with this complex component geometry using the skinmelt technology.

One advantage of this technology is cost reduction. For the surface high quality material and less expensive material for the core component, like recycled material, can be used. Additionally, the part quality properties can be increased due to higher mechanical strength in combination with high surface quality. Or also weight reduction with foamed core can be realised. This technology is versatile and can be used for example in furniture, logistics or rigid packaging applications.

Application: Packaging

KAWATA's DFK series of dehumidifying dryer offers a wide range of options to meet the drying needs of different kind of plastic pellets. The machine integrates energy saving and intelligence in one dryer. KAWATA SHANGHAI has developed the powerful DFK series dryer by utilizing the dehumidifying and drying technology of the Japanese head office，with a variety of energy saving modes to choose, and the IoT functions to help customers achieve intelligent manufacturing.

KAWATA's DFK series of dehumidifying dryer offers a wide range of options to meet the drying needs of different kind of plastic pellets. The machine integrates energy saving and intelligence in one dryer. KAWATA SHANGHAI has developed the powerful DFK series dryer by utilizing the dehumidifying and drying technology of the Japanese head office，with a variety of energy saving modes to choose, and the IoT functions to help customers achieve intelligent manufacturing.

Application: Automotive| Electronics and Electric| Medical & Healthcare

Size-reduction technology specialist Rapid Granulator is introducing a new ONE-step solution for plastics granulation. The highly regarded, popular Raptor Series with the “open-hearted” design will now be available with a true “open-hearted” integrated grinder. Other notable design features are the unique service and maintenance access it provides. The new design is a result of 80 years of accumulated knowledge in size reduction in order to maximize profitability for customers. The Raptor DUO Series is a shredder and granulator combination. It has all the benefits that a heavy-duty shredder provides combined with the granulator. It enables the production of granules directly from a huge purging in just ONE step. The DUO features dual door systems - a genuine “open-hearted” design. Rapid offers 36 base configurations of the Raptor in order to handle various applications. The modular systems feature two widths 31.5” and 53” (800 mm and 1,350 mm). There are also three different cutting systems: Quad Cut, Claw, and Power Wedge. With all of these options, there is a configuration for any application.

Size-reduction technology specialist Rapid Granulator is introducing a new ONE-step solution for plastics granulation. The highly regarded, popular Raptor Series with the “open-hearted” design will now be available with a true “open-hearted” integrated grinder. Other notable design features are the unique service and maintenance access it provides. The new design is a result of 80 years of accumulated knowledge in size reduction in order to maximize profitability for customers.

The Raptor DUO Series is a shredder and granulator combination. It has all the benefits that a heavy-duty shredder provides combined with the granulator. It enables the production of granules directly from a huge purging in just ONE step. The DUO features dual door systems - a genuine “open-hearted” design.

Rapid offers 36 base configurations of the Raptor in order to handle various applications. The modular systems feature two widths 31.5” and 53” (800 mm and 1,350 mm). There are also three different cutting systems: Quad Cut, Claw, and Power Wedge. With all of these options, there is a configuration for any application.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

This equipment consists of two 1.5-meter machine in parallel. It is designed with a duplex structure, which has the characteristics of "high output, high speed, low energy consumption, automation, space saving" etc. This machine is with a designed speed of 500 m/min, and the daily output is nearly 30 tons. The speed and output can be comparable to the European first-grade brands; The electricity consumption is only 350-400 KWh per ton, far lower than the average level in this industry. Compared with the same type of machine, the particular design has reduced the area by 1/5, making the customers' workshop more efficiently used. Such high-output machine are fully intelligent and automatic, only need two workers to operate, which greatly reduces the proportion of tonal labor costs.

This equipment consists of two 1.5-meter machine in parallel. It is designed with a duplex structure, which has the characteristics of "high output, high speed, low energy consumption, automation, space saving" etc. This machine is with a designed speed of 500 m/min, and the daily output is nearly 30 tons. The speed and output can be comparable to the European first-grade brands; The electricity consumption is only 350-400 KWh per ton, far lower than the average level in this industry. Compared with the same type of machine, the particular design has reduced the area by 1/5, making the customers' workshop more efficiently used. Such high-output machine are fully intelligent and automatic, only need two workers to operate, which greatly reduces the proportion of tonal labor costs.

Application: Packaging

ZhongyunTech corrugator machine is equipped with a continuous water cooling system and compatible moulds, ensuring precise mold temperature control and moulds adaptability to various corrugators. This allows for the production of corrugated pipes in various sizes with exceptional stability and efficiency. Our quick-change moulds are designed to assemble rapidly, significantly reducing downtime and enabling clients to enhance production efficiency.

ZhongyunTech corrugator machine is equipped with a continuous water cooling system and compatible moulds, ensuring precise mold temperature control and moulds adaptability to various corrugators. This allows for the production of corrugated pipes in various sizes with exceptional stability and efficiency. Our quick-change moulds are designed to assemble rapidly, significantly reducing downtime and enabling clients to enhance production efficiency.

Application: Building Materials| New Energy

LG PuroTec is an inorganic glass-based antimicrobial material.Our core technology focuses on controlling the bond between glass elements and ionic states. Through glass technology, antimicrobial inorganic components are put into electrochemical ion states. Their antimicrobial properties are maximized using the principles of electron transfer theory. Also, our glass technology aims to avoid negative effects on the environment. Benefits of antimicrobial additive 1. Less Microbes: Antimicrobial technology suppresses the growth of bacteria and mold on product surfaces, and ensures product surfaces stay cleaner. 2. Longer Lifespan for Materials: Antimicrobial technology can minimize product damage caused by microbe contamination, extending the lifespan of products. 3. Reduced Odor and Stains: Color changes and bad odors caused by microbes are prevented, to extend the lifespan of products. Advantage of LG PuroTec 1. Chemical Stability 2. Thermal Stability 3. Long-lasting Performance 4. Color Stability (Minimizing the yellowing phenomenon at plastic surface)

LG PuroTec is an inorganic glass-based antimicrobial material.Our core technology focuses on controlling the bond between glass elements and ionic states. Through glass technology, antimicrobial inorganic components are put into electrochemical ion states. Their antimicrobial properties are maximized using the principles of electron transfer theory. Also, our glass technology aims to avoid negative effects on the environment.

Benefits of antimicrobial additive
1. Less Microbes: Antimicrobial technology suppresses the growth of bacteria and mold on product surfaces, and ensures product surfaces stay cleaner.
2. Longer Lifespan for Materials: Antimicrobial technology can minimize product damage caused by microbe contamination, extending the lifespan of products.
3. Reduced Odor and Stains: Color changes and bad odors caused by microbes are prevented, to extend the lifespan of products.

Advantage of LG PuroTec
1. Chemical Stability
2. Thermal Stability
3. Long-lasting Performance
4. Color Stability (Minimizing the yellowing phenomenon at plastic surface)

Application: Automotive| Building Materials| Medical & Healthcare| Packaging

The existing vacuum metallized packaging in the market is generally a 3-ply structure, and vacuum metallized PET mainly plays the role of barrier performance. Driven by the value chain’s desire for packaging recyclability*, a lot of studies of vacuum metallized CPP or PE have been conducted in recent years. For CPP metallization, despite its potential cost advantage, its low temperature toughness posts some limitation; while for PE metallization, the low adhesion and bonding strength, unstable COF, barrier performance and relative high cost are current hurdles to commercialization at scale. (*Recyclable in communities with programs and facilities in place that and recycle plastic film.) This new product is made of innovative vacuum metallized PE film by combining modified polymers and advanced vacuum metalized process. It can offer simplification of the incumbent 3-ply BOPP//VMPET//PE laminate structure to 2-ply BOPP//VMPE, while maintaining good barrier performance and excellent packaging integrity. This full PO laminate can improve the production efficiency by process simplification, which can offers potential cost savings . This new product can help support the evolution of vacuum metallized packaging industry.

The existing vacuum metallized packaging in the market is generally a 3-ply structure, and vacuum metallized PET mainly plays the role of barrier performance. Driven by the value chain’s desire for packaging recyclability*, a lot of studies of vacuum metallized CPP or PE have been conducted in recent years. For CPP metallization, despite its potential cost advantage, its low temperature toughness posts some limitation; while for PE metallization, the low adhesion and bonding strength, unstable COF, barrier performance and relative high cost are current hurdles to commercialization at scale. (*Recyclable in communities with programs and facilities in place that and recycle plastic film.)

This new product is made of innovative vacuum metallized PE film by combining modified polymers and advanced vacuum metalized process. It can offer simplification of the incumbent 3-ply BOPP//VMPET//PE laminate structure to 2-ply BOPP//VMPE, while maintaining good barrier performance and excellent packaging integrity. This full PO laminate can improve the production efficiency by process simplification, which can offers potential cost savings . This new product can help support the evolution of vacuum metallized packaging industry.

Application: Packaging

VICTREX CT polymers offer processors and end-users a tailor-made solution to address the challenges of low-temperature environments. Victrex sealing material solutions are designed and tested for performance in cryogenic environments offering more consistent and reliable sealing across a broad temperature range compared to fluoropolymers.

VICTREX CT polymers offer processors and end-users a tailor-made solution to address the challenges of low-temperature environments. Victrex sealing material solutions are designed and tested for performance in cryogenic environments offering more consistent and reliable sealing across a broad temperature range compared to fluoropolymers.

Application: New Energy

Celanese and Under Armour have partnered to develop a new NEOLAST™ fiber for performance stretch fabrics. The new fiber allows for the creation of more sustainable power-stretch performance fabrics. Used as an alternative to elastane, commonly referred to as spandex, in elite performance stretch fabrics, NEOLAST™ fiber is spun using a solvent-free proprietary melt-extrusion process. And because NEOLAST™ fiber is made from thermoplastic elastoester polymers, it can help to address the challenge of recycling blended fabrics. NEOLAST™ fiber enhances stretch, ensuring greater durability, opacity, fit and comfort. It also improves production precision by allowing spinners to dial up or down strength stretch and grade to design fibers that meet fabric specifications. It also improves moisture management, resulting in dry time up to three times faster than similar fibers. As Full-color spectrum fibers, NEOLAST™ can be dyed in all shades. It is less susceptible to loosening, pilling, degradation or yellowing, and is less prone to deformation.

Celanese and Under Armour have partnered to develop a new NEOLAST™ fiber for performance stretch fabrics. The new fiber allows for the creation of more sustainable power-stretch performance fabrics.

Used as an alternative to elastane, commonly referred to as spandex, in elite performance stretch fabrics, NEOLAST™ fiber is spun using a solvent-free proprietary melt-extrusion process. And because NEOLAST™ fiber is made from thermoplastic elastoester polymers, it can help to address the challenge of recycling blended fabrics.

NEOLAST™ fiber enhances stretch, ensuring greater durability, opacity, fit and comfort. It also improves production precision by allowing spinners to dial up or down strength stretch and grade to design fibers that meet fabric specifications. It also improves moisture management, resulting in dry time up to three times faster than similar fibers. As Full-color spectrum fibers, NEOLAST™ can be dyed in all shades. It is less susceptible to loosening, pilling, degradation or yellowing, and is less prone to deformation.

Application: Sports & Leisure

It can be applied to both accurate batch measurement of powder and granular materials. It is the first time to use the "weight loss" + "weight gain" combination of powder +pellet weighing scale in China. It is not only suitable for the online metering, but also for the offline and efficient automatic weighting. It can meet the high output and the high precision, which can effectively solve the contradiction of "high output" and "high precision"). And during the metering process, it can effectively avoid the dust pollution to the environment with high measurement accuracy, high output, high automation and maintenance free, and it is widely used in rubber and plastic, chemical, food, new energy materials and other industries.

It can be applied to both accurate batch measurement of powder and granular materials. It is the first time to use the "weight loss" + "weight gain" combination of powder +pellet weighing scale in China. It is not only suitable for the online metering, but also for the offline and efficient automatic weighting. It can meet the high output and the high precision, which can effectively solve the contradiction of "high output" and "high precision"). And during the metering process, it can effectively avoid the dust pollution to the environment with high measurement accuracy, high output, high automation and maintenance free, and it is widely used in rubber and plastic, chemical, food, new energy materials and other industries.

Application: Automotive| Building Materials| Daily Chemicals| Food & Beverage| New Energy| Packaging

CALLIGRAM™: Exclusive Coated Fabric for Luxury Good, Premium Automotive Interiors, Marine applications with Unique Selling Points: • Sharp embossed & debossed Patterns on the same surface • In Mold Printing for accuracy, grain & gloss consistency and wear resistance • Unitary production, suitable for customization and limited series • All in one process: ready for cut & sew or part wrapping • Integration of functions such as backlighting, heating, capacitive sensing

CALLIGRAM™: Exclusive Coated Fabric for Luxury Good, Premium Automotive Interiors, Marine applications with Unique Selling Points:
• Sharp embossed & debossed Patterns on the same surface
• In Mold Printing for accuracy, grain & gloss consistency and wear resistance
• Unitary production, suitable for customization and limited series
• All in one process: ready for cut & sew or part wrapping
• Integration of functions such as backlighting, heating, capacitive sensing

Application: Automotive| Packaging| Sports & Leisure

High-performance VICTREX FG PEEK polymers offer exceptional temperature resistance up to 260℃, coupled with outstanding wear and scratch resistance, making them a suitable choice for critical components in food contact applications. VICTREX FG polymers with glass fibre and carbon black additives, have recently achieved compliance with China National Food Safety Standards for food contact materials.

High-performance VICTREX FG PEEK polymers offer exceptional temperature resistance up to 260℃, coupled with outstanding wear and scratch resistance, making them a suitable choice for critical components in food contact applications. VICTREX FG polymers with glass fibre and carbon black additives, have recently achieved compliance with China National Food Safety Standards for food contact materials.

Application: Food & Beverage

584A is chopped strand coated with silane-based sizing agent, and is suitable for reinforcing thermoplastics including PPS, LCP, PEEK, and et al. It has the characteristics of strand integrity, low static, low fuzz and good flowability. Due to its good compatibility and high dispersion in resins, 584A enables the composite products with good mechanical properties and high hydrolysis resistance. 584A is suitable for extrusion injection molding process and is widely used in the automotive industry, electronic appliances, aerospace and other fields.

584A is chopped strand coated with silane-based sizing agent, and is suitable for reinforcing thermoplastics including PPS, LCP, PEEK, and et al. It has the characteristics of strand integrity, low static, low fuzz and good flowability. Due to its good compatibility and high dispersion in resins, 584A enables the composite products with good mechanical properties and high hydrolysis resistance. 584A is suitable for extrusion injection molding process and is widely used in the automotive industry, electronic appliances, aerospace and other fields.

Application: Aerospace, Aviation, Railway Transport| Automotive| Electronics and Electric| New Energy

Muees430 Inspired. Simplicity. Efficiency. • Safety Gas Circulation: Built-in safety and venting valves ensure safety when printing • Air Filtration System: Environmentally friendly, avoiding secondary pollution • Double Sealed Piston: Ensures the sealing of the metal powder storage room • Software: Self-developed full-process software system • Lattice Light-weighting of Metal Parts • Self-developed SaaS Platform for Metal AM Workflow. • High Stability Optical System

Muees430 Inspired. Simplicity. Efficiency.
• Safety Gas Circulation: Built-in safety and venting valves ensure safety when printing
• Air Filtration System: Environmentally friendly, avoiding secondary pollution
• Double Sealed Piston: Ensures the sealing of the metal powder storage room
• Software: Self-developed full-process software system
• Lattice Light-weighting of Metal Parts
• Self-developed SaaS Platform for Metal AM Workflow.
• High Stability Optical System

Application: Aerospace, Aviation, Railway Transport| Automotive

OnColor™ Polymer Colorants: Stable-C Orange Solutions are specially designed for E-mobility application made by polyamide (PA), which can impart PA product with highly vivid orange color and provide excellent processing stability at PA 66 processing temperature. Besides, these formulations can also maintain good color stability after up to 1000 hours at 130℃ heat aging. This solution can be applied in PA, or PA with glass fiber and flame retardant combinations with excellent appearance, mechanical property and flammability. Orange solutions for other polymers can also be available upon customer's requests.

OnColor™ Polymer Colorants: Stable-C Orange Solutions are specially designed for E-mobility application made by polyamide (PA), which can impart PA product with highly vivid orange color and provide excellent processing stability at PA 66 processing temperature. Besides, these formulations can also maintain good color stability after up to 1000 hours at 130℃ heat aging. This solution can be applied in PA, or PA with glass fiber and flame retardant combinations with excellent appearance, mechanical property and flammability. Orange solutions for other polymers can also be available upon customer's requests.

Application: Automotive| New Energy

Avient Colorant Chromatics™ has developed Polyarylethersufone including PPSU, PES and PSU with brilliant metallic effect. This technology enables manufacturers to design a brilliant metallic look that improve aesthetics while retaining its physical properties and processability. The solution can meet growing customers' demand for metal replacement to achieve lightweight and reduce carbon emissions. It can be widely used in aerospace, consumer electronics, household, small appliance, etc.

Avient Colorant Chromatics™ has developed Polyarylethersufone including PPSU, PES and PSU with brilliant metallic effect. This technology enables manufacturers to design a brilliant metallic look that improve aesthetics while retaining its physical properties and processability. The solution can meet growing customers' demand for metal replacement to achieve lightweight and reduce carbon emissions. It can be widely used in aerospace, consumer electronics, household, small appliance, etc.

Application: Aerospace, Aviation, Railway Transport| Automotive| Electronics and Electric| Medical & Healthcare| Packaging| Sports & Leisure

A number of technology integration systems with independent intellectual property rights have been adopted to solve the problems of large-diameter thick-wall pipe extrusion forming "melt sag" industry, and achieve the use of domestic raw materials to produce 1200mmSDR11 pipes, and the wall thickness deviation is controlled within 50% of the national standard (GB/T13663.2-2018) wall thickness tolerance. It can save more than 2% of raw material costs for pipe manufacturers and provide system solutions for reducing energy consumption.

A number of technology integration systems with independent intellectual property rights have been adopted to solve the problems of large-diameter thick-wall pipe extrusion forming "melt sag" industry, and achieve the use of domestic raw materials to produce 1200mmSDR11 pipes, and the wall thickness deviation is controlled within 50% of the national standard (GB/T13663.2-2018) wall thickness tolerance. It can save more than 2% of raw material costs for pipe manufacturers and provide system solutions for reducing energy consumption.

The F3300 establishes a new standard in FDM industrial 3D printing, with up to twice the speed and throughput of standard fused deposition modeling 3D printers. As a 3D printer designed for manufacturing, the F3300 boosts productivity, print reliability and part yield with advanced hardware and software technology.

The F3300 establishes a new standard in FDM industrial 3D printing, with up to twice the speed and throughput of standard fused deposition modeling 3D printers. As a 3D printer designed for manufacturing, the F3300 boosts productivity, print reliability and part yield with advanced hardware and software technology.

Application: Aerospace, Aviation, Railway Transport| Automotive

HSCC-AKRO recently presented AKROMID® C3 GF 25 1 FR, which yields an RTI Listing up to 150°C on the UL yellow card. The material achieves a V-0 rating at 0.4 mm and CTI of 600V, The material is halogen free, free of red phosphous, low precipitation, to further ensure the safety of users electrification. Materials will be mainly used in a variety of new energy products (charging connectors, high-voltage connectors, busbars or housings, battery connectors), as well as high performance E&E industry. And AKROMID®C3 GF 251FR series materials are available in natural, black, orange, and a variety of other specified colors.

HSCC-AKRO recently presented AKROMID® C3 GF 25 1 FR, which yields an RTI Listing up to 150°C on the UL yellow card. The material achieves a V-0 rating at 0.4 mm and CTI of 600V, The material is halogen free, free of red phosphous, low precipitation, to further ensure the safety of users electrification. Materials will be mainly used in a variety of new energy products (charging connectors, high-voltage connectors, busbars or housings, battery connectors), as well as high performance E&E industry. And AKROMID®C3 GF 251FR series materials are available in natural, black, orange, and a variety of other specified colors.

Application: Automotive| Electronics and Electric| New Energy

Plant origin 38% of the raw materials come from natural resources Not fossil materials, thus reducing dependence on oil. PTT is less consumed in the production process 30% energy, 63% less carbon dioxide greenhouse gases. It can replace PET, spandex, etc. and drive the comprehensive development of a complete industrial chain such as polymerization spinning technology, as well as the extensive industrial upgrading such as chips, daily chemicals and medicine.

Plant origin 38% of the raw materials come from natural resources Not fossil materials, thus reducing dependence on oil. PTT is less consumed in the production process 30% energy, 63% less carbon dioxide greenhouse gases. It can replace PET, spandex, etc. and drive the comprehensive development of a complete industrial chain such as polymerization spinning technology, as well as the extensive industrial upgrading such as chips, daily chemicals and medicine.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

The full servo drive robot adopts the new STEC_NC3a system, which can increase efficiency by more than 10%, reduce energy consumption by 20%, and has the following advantages: 1. High speed (The operating speed is more than 5% higher than the previous generation EG series, the system adds smooth movement and speed switching functions, and the robot runs faster) 2. Stability (Reducer, guide rail and other core components performance upgrade and equipped with buffer posture, weight selection in the system, which makes the robots operates more stably) 3. Intelligence (Continuous tween, optimal acceleration and deceleration function are added in the system ,which makes the robot more intelligent.) 4. Security (Entering prohibited areas and segmental password separation are added in the system, which makes the robot safer to use)

The full servo drive robot adopts the new STEC_NC3a system, which can increase efficiency by more than 10%, reduce energy consumption by 20%, and has the following advantages:
1. High speed (The operating speed is more than 5% higher than the previous generation EG series, the system adds smooth movement and speed switching functions, and the robot runs faster)
2. Stability (Reducer, guide rail and other core components performance upgrade and equipped with buffer posture, weight selection in the system, which makes the robots operates more stably)
3. Intelligence (Continuous tween, optimal acceleration and deceleration function are added in the system ,which makes the robot more intelligent.)
4. Security (Entering prohibited areas and segmental password separation are added in the system, which makes the robot safer to use)

Application: Automotive| Food & Beverage| Medical & Healthcare| New Energy| Packaging

Borstar® RA150E is the latest innovative PP-R solution specially designed for high pressure resistance in high temperature operating conditions. Produced by using proprietary Borealis Borstar® polypropylene technology, Borstar® RA150E has been engineered to provide optimum balance between stiffness, toughness and processability; The material has excellent toughness, low temperature impact resistance, and excellent long-term hydrostatic strength at high temperatures, as well as a wide range of pipeline applications. It can improve production efficiency, shorten the production cycle of pipe injection molding, and high-speed extrusion at a lower melting temperature, so as to improve work efficiency and reduce energy consumption, the unique Borstar® bimodal nucleation technology (BNT) can make PP-R finished products with stable shrinkage rate, not affected by the type of pigment, improve product quality uniformity and color master batch distribution.

Borstar® RA150E is the latest innovative PP-R solution specially designed for high pressure resistance in high temperature operating conditions. Produced by using proprietary Borealis Borstar® polypropylene technology, Borstar® RA150E has been engineered to provide optimum balance between stiffness, toughness and processability;

The material has excellent toughness, low temperature impact resistance, and excellent long-term hydrostatic strength at high temperatures, as well as a wide range of pipeline applications.

It can improve production efficiency, shorten the production cycle of pipe injection molding, and high-speed extrusion at a lower melting temperature, so as to improve work efficiency and reduce energy consumption, the unique Borstar® bimodal nucleation technology (BNT) can make PP-R finished products with stable shrinkage rate, not affected by the type of pigment, improve product quality uniformity and color master batch distribution.

Application: Building Materials

The horizontal RAPID+ injection moulding machines from MAPLAN are designed for high speeds and automated processes. They support all common demoulding and automation concepts for fully automatic production, thereby significantly reducing personnel costs. Highlights： 1.Generously dimensioned clamping unit with extremely high stiffness and parallelism 2.Large daylight and closing stroke for a wide range of mould designs 3.Optimised for the processing of difficult technical elastomers 4.Various demoulding devices and brush systems available 5.Post-processing-free production of sealing elements and moulded articles possible 6.Cold runner ready

The horizontal RAPID+ injection moulding machines from MAPLAN are designed for high speeds and automated processes. They support all common demoulding and automation concepts for fully automatic production, thereby significantly reducing personnel costs.

Highlights：
1.Generously dimensioned clamping unit with extremely high stiffness and parallelism
2.Large daylight and closing stroke for a wide range of mould designs
3.Optimised for the processing of difficult technical elastomers
4.Various demoulding devices and brush systems available
5.Post-processing-free production of sealing elements and moulded articles possible
6.Cold runner ready

Application: Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Medical & Healthcare| New Energy

Delrin® 51HSE is a high molecular weight nucleated resin, specially formulated for use in applications requiring superior creep resistance and fatigue durability. Newly developed Delrin® 51HSE draws on the Delrin® 100 series’ long history of setting the industry standards. Now Delrin® 51HSE demonstrates improvements that build on the core strength of Delrin® 100. The improvement in static gear strength is about 10%, but the real benefit comes from durability. Delrin® 51HSE is ideally suited for plastic gears in automotive and e-bike applications but also Industrial applications like heavy loaded rollers.

Delrin® 51HSE is a high molecular weight nucleated resin, specially formulated for use in applications requiring superior creep resistance and fatigue durability. Newly developed Delrin® 51HSE draws on the Delrin® 100 series’ long history of setting the industry standards. Now Delrin® 51HSE demonstrates improvements that build on the core strength of Delrin® 100. The improvement in static gear strength is about 10%, but the real benefit comes from durability. Delrin® 51HSE is ideally suited for plastic gears in automotive and e-bike applications but also Industrial applications like heavy loaded rollers.

Application: Automotive| Electronics and Electric| Medical & Healthcare| Sports & Leisure

The new Infinity™ ultrasonic welders allow for customization of all critical parameters of the plastic joining process, and is designed to handle the most demanding production environments. Utilizing features such as a new graphical user interface with iQ Explorer 3 proprietary software, state-of-the-art Infinity™ power generator, new Smart-Stack™ integration and Melt-Match® technologies, Infinity™ is positioned to solve many common issues which can occur in ultrasonic plastic welding. Integrated with advanced quality assurance monitoring, the new Infinity™ ultrasonic plastic welding line is fully equipped, out-of-the-box, to meet your most demanding production requirements.

The new Infinity™ ultrasonic welders allow for customization of all critical parameters of the plastic joining process, and is designed to handle the most demanding production environments. Utilizing features such as a new graphical user interface with iQ Explorer 3 proprietary software, state-of-the-art Infinity™ power generator, new Smart-Stack™ integration and Melt-Match® technologies, Infinity™ is positioned to solve many common issues which can occur in ultrasonic plastic welding. Integrated with advanced quality assurance monitoring, the new Infinity™ ultrasonic plastic welding line is fully equipped, out-of-the-box, to meet your most demanding production requirements.

Application: Aerospace, Aviation, Railway Transport| Automotive| Medical & Healthcare| Packaging

Our target group is sustainable solutions that contribute to the 100% recycling of engineering plastics. We don't discard the leftovers (gates, runners, and their crushed products) generated during the customer's manufacturing process. Instead, we convert them into new "products" - recycled materials. Our process goes beyond simple recycling and shredding. We work with our customers to manage the quality of moulded scraps. By doing so, we manufacture recycled materials through process management and strict inspections using the manufacturing technology we have cultivated over the years. Using this recycled material as part of the feedstock reduces the amount of virgin material used while maintaining product quality and functionality. The use of this recycled material helps reduce the carbon footprint of products and the waste of moulding scraps which has been a problem for customers. At this stage, the raw material is tentatively pre-consumer material, which can be traced back to production records and does not need to worry about the contamination of environmentally hazardous substances. We aim to provide recycling solutions for all of Polyplastics’ engineering plastics.

Our target group is sustainable solutions that contribute to the 100% recycling of engineering plastics. We don't discard the leftovers (gates, runners, and their crushed products) generated during the customer's manufacturing process. Instead, we convert them into new "products" - recycled materials. Our process goes beyond simple recycling and shredding. We work with our customers to manage the quality of moulded scraps. By doing so, we manufacture recycled materials through process management and strict inspections using the manufacturing technology we have cultivated over the years.

Using this recycled material as part of the feedstock reduces the amount of virgin material used while maintaining product quality and functionality. The use of this recycled material helps reduce the carbon footprint of products and the waste of moulding scraps which has been a problem for customers. At this stage, the raw material is tentatively pre-consumer material, which can be traced back to production records and does not need to worry about the contamination of environmentally hazardous substances. We aim to provide recycling solutions for all of Polyplastics’ engineering plastics.

Application: Automotive| Electronics and Electric| Food & Beverage| Sports & Leisure

The TP-SMART is an evolutionary upgrade to the popular TP series of advanced two-platen machines from Chen Hsong, which was originally developed as part of Chen Hsong's worldwide strategic partnership with Mitsubishi. For this iteration, teams of Chinese, Japanese and European engineers listened to global industry experts and a wide cross-section of customers, seeking to smartly and effectively address all major pain-points on operating two-platen machines in a single attempt. The result is the TP-SMART - full of patented and proprietary technologies that will forever change your perception of the two-platen.  

The TP-SMART is an evolutionary upgrade to the popular TP series of advanced two-platen machines from Chen Hsong, which was originally developed as part of Chen Hsong's worldwide strategic partnership with Mitsubishi. For this iteration, teams of Chinese, Japanese and European engineers listened to global industry experts and a wide cross-section of customers, seeking to smartly and effectively address all major pain-points on operating two-platen machines in a single attempt. The result is the TP-SMART - full of patented and proprietary technologies that will forever change your perception of the two-platen.  

Application: Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Medical & Healthcare| New Energy

PVC is the base material used in the backing of carpet tiles and resilient flooring as conventional solutions. The disadvantages are the VOC, environmental concern and recycle difficulty. Therefore, the acceptance of PVC in some oversea market is limited. ExxonMobil has always been committed to providing more sustainable solutions with excellent performance for the society. We tailored made high performance Vistamax™ based polyolefin based solutions adapted to various processes (extrusion, knife coating, roller coating, calendaring) and product categories to replace PVC for those two flooring products. Through collaboration with value chain partners, the new Vistamax™ based solutions were commercialized with success. The flooring products were upgraded under the joint effort of flooring producers, paving the way towards more sustainable and easier recyclable material for flooring.

PVC is the base material used in the backing of carpet tiles and resilient flooring as conventional solutions. The disadvantages are the VOC, environmental concern and recycle difficulty. Therefore, the acceptance of PVC in some oversea market is limited. ExxonMobil has always been committed to providing more sustainable solutions with excellent performance for the society. We tailored made high performance Vistamax™ based polyolefin based solutions adapted to various processes (extrusion, knife coating, roller coating, calendaring) and product categories to replace PVC for those two flooring products. Through collaboration with value chain partners, the new Vistamax™ based solutions were commercialized with success. The flooring products were upgraded under the joint effort of flooring producers, paving the way towards more sustainable and easier recyclable material for flooring.

Application: Packaging

U+series twin screw extruder is the highest-level series of USEON. Design of 15 Nm/cm3 and 1000R levels 30% higher than previous generation, with increased output by more than 50%；mainly specialized for products with high speed and high torque, such as engineering plastics, masterbatch and other applications; specially designed for small and medium-sized blending modification production and application, easier to install and debugging, achieving high productivity. U+ series twin screw extruder models ranging from LAB models to capacity of about 2t/h, basically cover entire range of small and medium-scale compounding applications, providing users maximum flexibility in different specifications and models, and scale-up.

U+series twin screw extruder is the highest-level series of USEON. Design of 15 Nm/cm3 and 1000R levels 30% higher than previous generation, with increased output by more than 50%；mainly specialized for products with high speed and high torque, such as engineering plastics, masterbatch and other applications; specially designed for small and medium-sized blending modification production and application, easier to install and debugging, achieving high productivity.

U+ series twin screw extruder models ranging from LAB models to capacity of about 2t/h, basically cover entire range of small and medium-scale compounding applications, providing users maximum flexibility in different specifications and models, and scale-up.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Packaging

Meusburger SINGLE NOZZLE VALVE GATE HOTRUNNER EH 4050 is integrated with mould register ring and equipped with single circuit cooling around the gate, through which you can achieve external cooling. Adjustable valve pin height would bring all the conveniences to you and make the work enjoyable. Ready to download 3D data is extremely designer-friendly and popular.

Meusburger SINGLE NOZZLE VALVE GATE HOTRUNNER EH 4050 is integrated with mould register ring and equipped with single circuit cooling around the gate, through which you can achieve external cooling. Adjustable valve pin height would bring all the conveniences to you and make the work enjoyable. Ready to download 3D data is extremely designer-friendly and popular.

Application: Automotive| Food & Beverage| Medical & Healthcare

The double layer ISBM machine is ASB latest development that materializes the possibility many new forms of containers that were not possible in the past, including ultra thick wall containers, uniform inner shape, gradation design, virgin PET inner layer ensuring hygiene/ RPET (recycled material for environmental) outer layer containers, PET outer/ PP or PE inner for airless or multi-barrier bottles, etc.

The double layer ISBM machine is ASB latest development that materializes the possibility many new forms of containers that were not possible in the past, including ultra thick wall containers, uniform inner shape, gradation design, virgin PET inner layer ensuring hygiene/ RPET (recycled material for environmental) outer layer containers, PET outer/ PP or PE inner for airless or multi-barrier bottles, etc.

Application: Automotive| Daily Chemicals| Food & Beverage| Medical & Healthcare| Packaging| Sports & Leisure

For the Microsoft Surface Thunderbolt™4 Dock and power supply unit, Microsoft sought a housing material that offered equivalent performance to that of virgin plastic in terms of safety and reliability. SABIC was able to meet Microsoft’s performance requirements with an ocean-bound resin solution – ISCC PLUS certified circular LEXAN™ flame retardant (FR) polycarbonate resin with 20% mass balance-attributed recycled ocean bound plastic (OBP) - that demonstrates the feasibility of converting OBP into high-performance material used in consumer electronics using advanced recycling. 

For the Microsoft Surface Thunderbolt™4 Dock and power supply unit, Microsoft sought a housing material that offered equivalent performance to that of virgin plastic in terms of safety and reliability. SABIC was able to meet Microsoft’s performance requirements with an ocean-bound resin solution – ISCC PLUS certified circular LEXAN™ flame retardant (FR) polycarbonate resin with 20% mass balance-attributed recycled ocean bound plastic (OBP) - that demonstrates the feasibility of converting OBP into high-performance material used in consumer electronics using advanced recycling. 

Application: Electronics and Electric

With the TwinCAT 3 Plastic Framework, we offer a modular software solution for the control of plastics machines that minimizes development effort and maintains the open nature of Beckhoff architecture. The TwinCAT 3 Plastic Framework brings together our many years of expertise in plastics, seamlessly integrating important industry-specific functions into the established TwinCAT environment. As a result, plastics machines can be programmed, visualized, and controlled on a single platform.

With the TwinCAT 3 Plastic Framework, we offer a modular software solution for the control of plastics machines that minimizes development effort and maintains the open nature of Beckhoff architecture. The TwinCAT 3 Plastic Framework brings together our many years of expertise in plastics, seamlessly integrating important industry-specific functions into the established TwinCAT environment. As a result, plastics machines can be programmed, visualized, and controlled on a single platform.

Application: Automotive| Daily Chemicals| Food & Beverage| Medical & Healthcare| Packaging

The perfect solution for in-line resin moisture analysis, Moisture Minder® accurately detects moisture in your plastic pellets in real time. This sensor is capable of detecting residual moisture in a broad range of materials at rates of 20-5000 lbs/hr. Historical trending and data logging helps to keep a record of your process performance over time for qualification and peace of mind. When used in conjunction with the Drying Monitor system from Conair, you can be certain that your drying process will produce only the best end product, Real-time sensing Real time savings. No Moving Parts, No Problems, The sensor is 100% electric. There are no moving parts to maintain or change. The moisture minder is a supervision tool so its addition to your system will not impact your current production rates. A yearly calibration and clean out are the only regular maintenance suggestions. Alarm when product temperature is above or below set points.

The perfect solution for in-line resin moisture analysis, Moisture Minder® accurately detects moisture in your plastic pellets in real time. This sensor is capable of detecting residual moisture in a broad range of materials at rates of 20-5000 lbs/hr.
Historical trending and data logging helps to keep a record of your process performance over time for qualification and peace of mind. When used in conjunction with the Drying Monitor system from Conair, you can be certain that your drying process will produce only the best end product, Real-time sensing Real time savings. No Moving Parts, No Problems, The sensor is 100% electric. There are no moving parts to maintain or change. The moisture minder is a supervision tool so its addition to your system will not impact your current production rates. A yearly calibration and clean out are the only regular maintenance suggestions. Alarm when product temperature is above or below set points.

Application: Automotive| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| Optoelectronics| Packaging

Tethered cap adopts innovative design, the cap won't be separated from the bottle, but always attached with the bottle to forbid the random disposal of beverage caps and recycled with the bottle as a whole, which is more environmental friendly. Tethered cap complies the latest EU standard and could replace the traditional standard water or beverage caps. Designed according to different standard of bottle neck, such as 3025、2925、1881、1810、38mm etc., the weight can reach lower than 2.0g, cavity range from 48-96, cycle time can be controlled within 2.5 seconds.

Tethered cap adopts innovative design, the cap won't be separated from the bottle, but always attached with the bottle to forbid the random disposal of beverage caps and recycled with the bottle as a whole, which is more environmental friendly. Tethered cap complies the latest EU standard and could replace the traditional standard water or beverage caps. Designed according to different standard of bottle neck, such as 3025、2925、1881、1810、38mm etc., the weight can reach lower than 2.0g, cavity range from 48-96, cycle time can be controlled within 2.5 seconds.

Application: Food & Beverage

The new energy vehicle market continues to grow, and the demand for multi-layer corrugated pipes is also increasing. Dekuma automobile multi-layer corrugated pipe extrusion production line is specially designed for new energy vehicle cooling systems to ensure stable production of high-quality pipes. 1. Precise and stable layering: using patented technology multi-layer composite die to improve production qualification rate. 2. Convenient maintenance: high-efficiency disassembly die head for quick maintenance and adjustment. 3. Efficient corrugation forming: rapid cooling, full corrugation, and improved production efficiency. 4. Safe and reliable control system: independently developed control system with comprehensive monitoring and protection functions. Decomo Automobile's multi-layer corrugated pipe extrusion production line helps efficient and stable production of new energy vehicle cooling systems.

The new energy vehicle market continues to grow, and the demand for multi-layer corrugated pipes is also increasing. Dekuma automobile multi-layer corrugated pipe extrusion production line is specially designed for new energy vehicle cooling systems to ensure stable production of high-quality pipes.
1. Precise and stable layering: using patented technology multi-layer composite die to improve production qualification rate.
2. Convenient maintenance: high-efficiency disassembly die head for quick maintenance and adjustment.
3. Efficient corrugation forming: rapid cooling, full corrugation, and improved production efficiency.
4. Safe and reliable control system: independently developed control system with comprehensive monitoring and protection functions.
Decomo Automobile's multi-layer corrugated pipe extrusion production line helps efficient and stable production of new energy vehicle cooling systems.

Application: Automotive

Fast: Injection, dosing and opening and closing of the mould are servo-electrically driven as standard and therefore completely independent. Fast acceleration and speeds, as well as simultaneous movements enable high-speed cycles. Compared to a standard hydraulic machine, up to 2 seconds shorter dry cycle time. Energy efficiency: The toggle-type clamping unit, high efficiency of the servo-electric drives, and recovery of braking energy from the basis for high energy efficiency. The energy requirement is reduced by up to 50 per cent. Precise: Direct spindle gears ensure mechanically rigid drives and dynamic movements. The excellent positioning accuracy of servo-electric drives permits maximum reproducibility and part quality. Emission minimization: The liquid-cooled drives operate quietly without air turbulence and reduce emissions into the environment. Closed drives and gear units prevent exposure to dust caused by abrasion. Perfect conditions for use in pure production environments.

Fast: Injection, dosing and opening and closing of the mould are servo-electrically driven as standard and therefore completely independent. Fast acceleration and speeds, as well as simultaneous movements enable high-speed cycles. Compared to a standard hydraulic machine, up to 2 seconds shorter dry cycle time.
Energy efficiency: The toggle-type clamping unit, high efficiency of the servo-electric drives, and recovery of braking energy from the basis for high energy efficiency. The energy requirement is reduced by up to 50 per cent.
Precise: Direct spindle gears ensure mechanically rigid drives and dynamic movements. The excellent positioning accuracy of servo-electric drives permits maximum reproducibility and part quality.
Emission minimization: The liquid-cooled drives operate quietly without air turbulence and reduce emissions into the environment. Closed drives and gear units prevent exposure to dust caused by abrasion. Perfect conditions for use in pure production environments.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

Following the global debut of the KraussMaffei goldPower twin-screw extruder series in July 2021, KraussMaffei is set to unveil two new models of the goldPower twin-screw extruder series, ZE 145 and ZE 180 at CHINAPLAS 2024. Thanks to the high torque ratio, ZE 145 and ZE 180 are perfectly suited for processing materials in a wide range of industries, including petrochemicals, reactive extrusion, and engineering plastics etc., covering polyolefins, ABS, TPU, PC, POM, PMMA and so on. What's more, the modular design ensures better operational flexibility, allowing for customized configurations of the barrel and screw elements to optimize processing efficiency. With stable plasticizing capabilities and outstanding mixing performance, the twin-screw extruders guarantee high production output and excellent product quality. All in all, KraussMaffei goldPower twin-screw extruders can meet your needs from raw material conveying and melting to dispersion, homogenization, devolatilization, pressurization, filtration, and pelletizing.

Following the global debut of the KraussMaffei goldPower twin-screw extruder series in July 2021, KraussMaffei is set to unveil two new models of the goldPower twin-screw extruder series, ZE 145 and ZE 180 at CHINAPLAS 2024.

Thanks to the high torque ratio, ZE 145 and ZE 180 are perfectly suited for processing materials in a wide range of industries, including petrochemicals, reactive extrusion, and engineering plastics etc., covering polyolefins, ABS, TPU, PC, POM, PMMA and so on. What's more, the modular design ensures better operational flexibility, allowing for customized configurations of the barrel and screw elements to optimize processing efficiency. With stable plasticizing capabilities and outstanding mixing performance, the twin-screw extruders guarantee high production output and excellent product quality. All in all, KraussMaffei goldPower twin-screw extruders can meet your needs from raw material conveying and melting to dispersion, homogenization, devolatilization, pressurization, filtration, and pelletizing.

Application: Automotive| Daily Chemicals| Electronics and Electric

t-win SE: Original outstanding 2 platen design; Modular design; Smart control system; Compact injection unit; Energy efficient drive concept; Operation & Maintenance friendly e-win SE: Precise, Stable, Energy saving, Speed, Smart

t-win SE: Original outstanding 2 platen design; Modular design; Smart control system; Compact injection unit; Energy efficient drive concept; Operation & Maintenance friendly

e-win SE: Precise, Stable, Energy saving, Speed, Smart

Application: Automotive| Food & Beverage| Medical & Healthcare| New Energy| Packaging| Sports & Leisure

This exhibit is primarily used in the thin-wall packaging industry, significantly increasing customer output and reduce delivery time with ultra-fast cycles. It reduces equipment investment while maintaining equivalent output. In-mold labeling enhances product appearance, highlighting brand characteristics.

This exhibit is primarily used in the thin-wall packaging industry, significantly increasing customer output and reduce delivery time with ultra-fast cycles. It reduces equipment investment while maintaining equivalent output. In-mold labeling enhances product appearance, highlighting brand characteristics.

Application: Packaging

Through the technical precipitation of four consecutive generations of PET special machines, the LK Group successfully develops the new PET electric special machine. The machine gives full play to the technical advantages of high control accuracy, good stability and high efficiency of the motor. With the PET special optimization of injection screw structure and high torque melt technology, the efficiency and product stability of PET injection molding are greatly improved, which enables the product qualification rate more than 95%. Currently the PET electric special machine has been mass-produced and has established a strategic cooperative relationship with well-known domestic head companies.

Through the technical precipitation of four consecutive generations of PET special machines, the LK Group successfully develops the new PET electric special machine. The machine gives full play to the technical advantages of high control accuracy, good stability and high efficiency of the motor. With the PET special optimization of injection screw structure and high torque melt technology, the efficiency and product stability of PET injection molding are greatly improved, which enables the product qualification rate more than 95%. Currently the PET electric special machine has been mass-produced and has established a strategic cooperative relationship with well-known domestic head companies.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

PT-V is the latest generation of precision injection molding machine introduced by LK Group to deepen customer needs. The whole series are equipped with electric melting technology, with comprehensively optimized structures of clamping unit and toggle, which reduces the impact force and runs more efficiently and smoothly. The power of the whole machine is increased by 15% ~ 25%, and the cycle time is shortened by 10% ~ 20%. The electric pre-melting motor is added to the injection unit, therefore customers can freely choose electric or hydraulic motor to pre-melt according to their needs. The application of high-precision linear guide rail injection unit makes the structure more compact. The series adopts a flexible module design to meet the multi-faceted needs of customers by matching different injection units.

PT-V is the latest generation of precision injection molding machine introduced by LK Group to deepen customer needs. The whole series are equipped with electric melting technology, with comprehensively optimized structures of clamping unit and toggle, which reduces the impact force and runs more efficiently and smoothly. The power of the whole machine is increased by 15% ~ 25%, and the cycle time is shortened by 10% ~ 20%. The electric pre-melting motor is added to the injection unit, therefore customers can freely choose electric or hydraulic motor to pre-melt according to their needs. The application of high-precision linear guide rail injection unit makes the structure more compact. The series adopts a flexible module design to meet the multi-faceted needs of customers by matching different injection units.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

What are the new FLC Thermoforming machine: Feed speed 3,000 mm/s (1.5 times faster than conventional models) Die clamping force 650 kN (corresponding to pressure air pressure of 0.6 MPa) What are the new trimming machine: PLS/PLP Maximum rotation speed 146RPM (1.21 times faster than conventional)

What are the new FLC Thermoforming machine: Feed speed 3,000 mm/s (1.5 times faster than conventional models) Die clamping force 650 kN (corresponding to pressure air pressure of 0.6 MPa)

What are the new trimming machine: PLS/PLP Maximum rotation speed 146RPM (1.21 times faster than conventional)

Application: Automotive| Packaging

Nordmeccanica is well recognized as manufacturer of reliable, long life and high quality laminating machines. The new TRIPLEX will bring this features in the 3-ply SL lamination. After having manufactured more than 500 machines in Shanghai, Nordmeccanica is now launching this new model that will allow the Converters to save time, reduce the waste, and improve the optics of their 3-layers laminates. The machine is also suitable for the lamination of PET/ALU/PE or PET/VMPET/PE, a process typically critical with SL technology. Thanks to the 1-Shot technology, developed already back in 2010 by Nordmeccanica in Italy, now the Customer can rely on an easy-to-use machine to process their 3-ply flexible packaging in an environment friendly & low-carbon emission way. The new TRIPLEX can handle 3 layers with SL adhesives. Typical structures are: • PET/ALU/PE (CPP) • PET/VMPET/PE (CPP) • BOPP/PET/PE (CPP) • BOPP/ALU/PE (CPP) • PET/PAPER/PE • PE/PET/PE Advantages: • Maximum productivity • Minimum scrap generation • Minimum energy consumption The quality of the laminates is also improved thanks to: • Minimum web stress • Easier quality control • No blocking issues due to pin-holes on Aluminum

Nordmeccanica is well recognized as manufacturer of reliable, long life and high quality laminating machines.

The new TRIPLEX will bring this features in the 3-ply SL lamination. After having manufactured more than 500 machines in Shanghai, Nordmeccanica is now launching this new model that will allow the Converters to save time, reduce the waste, and improve the optics of their 3-layers laminates. The machine is also suitable for the lamination of PET/ALU/PE or PET/VMPET/PE, a process typically critical with SL technology. Thanks to the 1-Shot technology, developed already back in 2010 by Nordmeccanica in Italy, now the Customer can rely on an easy-to-use machine to process their 3-ply flexible packaging in an environment friendly & low-carbon emission way.

The new TRIPLEX can handle 3 layers with SL adhesives. Typical structures are:
• PET/ALU/PE (CPP)
• PET/VMPET/PE (CPP)
• BOPP/PET/PE (CPP)
• BOPP/ALU/PE (CPP)
• PET/PAPER/PE
• PE/PET/PE

Advantages:
• Maximum productivity
• Minimum scrap generation
• Minimum energy consumption

The quality of the laminates is also improved thanks to:
• Minimum web stress
• Easier quality control
• No blocking issues due to pin-holes on Aluminum

Application: Packaging

Skinmelt technology can be used to increase the recycling rate of a plastic part. Those Sandwich components with a core of recycled material embedded in virgin material allow recycled materials to be used more widely. The aim is firstly to design more and more products for this form of two-component production and secondly to increase the proportion of recycled material in the sandwich structures. The achievable proportion of recyclate in the core is largely determined by the geometry of the moulded part and the filling pattern of the cavity. ENGEL succeeds in achieving a very high recyclate content with this complex component geometry using the skinmelt technology. One advantage of this technology is cost reduction. For the surface high quality material and less expensive material for the core component, like recycled material, can be used. Additionally, the part quality properties can be increased due to higher mechanical strength in combination with high surface quality. Or also weight reduction with foamed core can be realised. This technology is versatile and can be used for example in furniture, logistics or rigid packaging applications.

Skinmelt technology can be used to increase the recycling rate of a plastic part. Those Sandwich components with a core of recycled material embedded in virgin material allow recycled materials to be used more widely. The aim is firstly to design more and more products for this form of two-component production and secondly to increase the proportion of recycled material in the sandwich structures. The achievable proportion of recyclate in the core is largely determined by the geometry of the moulded part and the filling pattern of the cavity. ENGEL succeeds in achieving a very high recyclate content with this complex component geometry using the skinmelt technology.

One advantage of this technology is cost reduction. For the surface high quality material and less expensive material for the core component, like recycled material, can be used. Additionally, the part quality properties can be increased due to higher mechanical strength in combination with high surface quality. Or also weight reduction with foamed core can be realised. This technology is versatile and can be used for example in furniture, logistics or rigid packaging applications.

Application: Packaging

KAWATA's DFK series of dehumidifying dryer offers a wide range of options to meet the drying needs of different kind of plastic pellets. The machine integrates energy saving and intelligence in one dryer. KAWATA SHANGHAI has developed the powerful DFK series dryer by utilizing the dehumidifying and drying technology of the Japanese head office，with a variety of energy saving modes to choose, and the IoT functions to help customers achieve intelligent manufacturing.

KAWATA's DFK series of dehumidifying dryer offers a wide range of options to meet the drying needs of different kind of plastic pellets. The machine integrates energy saving and intelligence in one dryer. KAWATA SHANGHAI has developed the powerful DFK series dryer by utilizing the dehumidifying and drying technology of the Japanese head office，with a variety of energy saving modes to choose, and the IoT functions to help customers achieve intelligent manufacturing.

Application: Automotive| Electronics and Electric| Medical & Healthcare

Size-reduction technology specialist Rapid Granulator is introducing a new ONE-step solution for plastics granulation. The highly regarded, popular Raptor Series with the “open-hearted” design will now be available with a true “open-hearted” integrated grinder. Other notable design features are the unique service and maintenance access it provides. The new design is a result of 80 years of accumulated knowledge in size reduction in order to maximize profitability for customers. The Raptor DUO Series is a shredder and granulator combination. It has all the benefits that a heavy-duty shredder provides combined with the granulator. It enables the production of granules directly from a huge purging in just ONE step. The DUO features dual door systems - a genuine “open-hearted” design. Rapid offers 36 base configurations of the Raptor in order to handle various applications. The modular systems feature two widths 31.5” and 53” (800 mm and 1,350 mm). There are also three different cutting systems: Quad Cut, Claw, and Power Wedge. With all of these options, there is a configuration for any application.

Size-reduction technology specialist Rapid Granulator is introducing a new ONE-step solution for plastics granulation. The highly regarded, popular Raptor Series with the “open-hearted” design will now be available with a true “open-hearted” integrated grinder. Other notable design features are the unique service and maintenance access it provides. The new design is a result of 80 years of accumulated knowledge in size reduction in order to maximize profitability for customers.

The Raptor DUO Series is a shredder and granulator combination. It has all the benefits that a heavy-duty shredder provides combined with the granulator. It enables the production of granules directly from a huge purging in just ONE step. The DUO features dual door systems - a genuine “open-hearted” design.

Rapid offers 36 base configurations of the Raptor in order to handle various applications. The modular systems feature two widths 31.5” and 53” (800 mm and 1,350 mm). There are also three different cutting systems: Quad Cut, Claw, and Power Wedge. With all of these options, there is a configuration for any application.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

This equipment consists of two 1.5-meter machine in parallel. It is designed with a duplex structure, which has the characteristics of "high output, high speed, low energy consumption, automation, space saving" etc. This machine is with a designed speed of 500 m/min, and the daily output is nearly 30 tons. The speed and output can be comparable to the European first-grade brands; The electricity consumption is only 350-400 KWh per ton, far lower than the average level in this industry. Compared with the same type of machine, the particular design has reduced the area by 1/5, making the customers' workshop more efficiently used. Such high-output machine are fully intelligent and automatic, only need two workers to operate, which greatly reduces the proportion of tonal labor costs.

This equipment consists of two 1.5-meter machine in parallel. It is designed with a duplex structure, which has the characteristics of "high output, high speed, low energy consumption, automation, space saving" etc. This machine is with a designed speed of 500 m/min, and the daily output is nearly 30 tons. The speed and output can be comparable to the European first-grade brands; The electricity consumption is only 350-400 KWh per ton, far lower than the average level in this industry. Compared with the same type of machine, the particular design has reduced the area by 1/5, making the customers' workshop more efficiently used. Such high-output machine are fully intelligent and automatic, only need two workers to operate, which greatly reduces the proportion of tonal labor costs.

Application: Packaging

ZhongyunTech corrugator machine is equipped with a continuous water cooling system and compatible moulds, ensuring precise mold temperature control and moulds adaptability to various corrugators. This allows for the production of corrugated pipes in various sizes with exceptional stability and efficiency. Our quick-change moulds are designed to assemble rapidly, significantly reducing downtime and enabling clients to enhance production efficiency.

ZhongyunTech corrugator machine is equipped with a continuous water cooling system and compatible moulds, ensuring precise mold temperature control and moulds adaptability to various corrugators. This allows for the production of corrugated pipes in various sizes with exceptional stability and efficiency. Our quick-change moulds are designed to assemble rapidly, significantly reducing downtime and enabling clients to enhance production efficiency.

Application: Building Materials| New Energy

It can be applied to both accurate batch measurement of powder and granular materials. It is the first time to use the "weight loss" + "weight gain" combination of powder +pellet weighing scale in China. It is not only suitable for the online metering, but also for the offline and efficient automatic weighting. It can meet the high output and the high precision, which can effectively solve the contradiction of "high output" and "high precision"). And during the metering process, it can effectively avoid the dust pollution to the environment with high measurement accuracy, high output, high automation and maintenance free, and it is widely used in rubber and plastic, chemical, food, new energy materials and other industries.

It can be applied to both accurate batch measurement of powder and granular materials. It is the first time to use the "weight loss" + "weight gain" combination of powder +pellet weighing scale in China. It is not only suitable for the online metering, but also for the offline and efficient automatic weighting. It can meet the high output and the high precision, which can effectively solve the contradiction of "high output" and "high precision"). And during the metering process, it can effectively avoid the dust pollution to the environment with high measurement accuracy, high output, high automation and maintenance free, and it is widely used in rubber and plastic, chemical, food, new energy materials and other industries.

Application: Automotive| Building Materials| Daily Chemicals| Food & Beverage| New Energy| Packaging

Muees430 Inspired. Simplicity. Efficiency. • Safety Gas Circulation: Built-in safety and venting valves ensure safety when printing • Air Filtration System: Environmentally friendly, avoiding secondary pollution • Double Sealed Piston: Ensures the sealing of the metal powder storage room • Software: Self-developed full-process software system • Lattice Light-weighting of Metal Parts • Self-developed SaaS Platform for Metal AM Workflow. • High Stability Optical System

Muees430 Inspired. Simplicity. Efficiency.
• Safety Gas Circulation: Built-in safety and venting valves ensure safety when printing
• Air Filtration System: Environmentally friendly, avoiding secondary pollution
• Double Sealed Piston: Ensures the sealing of the metal powder storage room
• Software: Self-developed full-process software system
• Lattice Light-weighting of Metal Parts
• Self-developed SaaS Platform for Metal AM Workflow.
• High Stability Optical System

Application: Aerospace, Aviation, Railway Transport| Automotive

A number of technology integration systems with independent intellectual property rights have been adopted to solve the problems of large-diameter thick-wall pipe extrusion forming "melt sag" industry, and achieve the use of domestic raw materials to produce 1200mmSDR11 pipes, and the wall thickness deviation is controlled within 50% of the national standard (GB/T13663.2-2018) wall thickness tolerance. It can save more than 2% of raw material costs for pipe manufacturers and provide system solutions for reducing energy consumption.

A number of technology integration systems with independent intellectual property rights have been adopted to solve the problems of large-diameter thick-wall pipe extrusion forming "melt sag" industry, and achieve the use of domestic raw materials to produce 1200mmSDR11 pipes, and the wall thickness deviation is controlled within 50% of the national standard (GB/T13663.2-2018) wall thickness tolerance. It can save more than 2% of raw material costs for pipe manufacturers and provide system solutions for reducing energy consumption.

The F3300 establishes a new standard in FDM industrial 3D printing, with up to twice the speed and throughput of standard fused deposition modeling 3D printers. As a 3D printer designed for manufacturing, the F3300 boosts productivity, print reliability and part yield with advanced hardware and software technology.

The F3300 establishes a new standard in FDM industrial 3D printing, with up to twice the speed and throughput of standard fused deposition modeling 3D printers. As a 3D printer designed for manufacturing, the F3300 boosts productivity, print reliability and part yield with advanced hardware and software technology.

Application: Aerospace, Aviation, Railway Transport| Automotive

The full servo drive robot adopts the new STEC_NC3a system, which can increase efficiency by more than 10%, reduce energy consumption by 20%, and has the following advantages: 1. High speed (The operating speed is more than 5% higher than the previous generation EG series, the system adds smooth movement and speed switching functions, and the robot runs faster) 2. Stability (Reducer, guide rail and other core components performance upgrade and equipped with buffer posture, weight selection in the system, which makes the robots operates more stably) 3. Intelligence (Continuous tween, optimal acceleration and deceleration function are added in the system ,which makes the robot more intelligent.) 4. Security (Entering prohibited areas and segmental password separation are added in the system, which makes the robot safer to use)

The full servo drive robot adopts the new STEC_NC3a system, which can increase efficiency by more than 10%, reduce energy consumption by 20%, and has the following advantages:
1. High speed (The operating speed is more than 5% higher than the previous generation EG series, the system adds smooth movement and speed switching functions, and the robot runs faster)
2. Stability (Reducer, guide rail and other core components performance upgrade and equipped with buffer posture, weight selection in the system, which makes the robots operates more stably)
3. Intelligence (Continuous tween, optimal acceleration and deceleration function are added in the system ,which makes the robot more intelligent.)
4. Security (Entering prohibited areas and segmental password separation are added in the system, which makes the robot safer to use)

Application: Automotive| Food & Beverage| Medical & Healthcare| New Energy| Packaging

The horizontal RAPID+ injection moulding machines from MAPLAN are designed for high speeds and automated processes. They support all common demoulding and automation concepts for fully automatic production, thereby significantly reducing personnel costs. Highlights： 1.Generously dimensioned clamping unit with extremely high stiffness and parallelism 2.Large daylight and closing stroke for a wide range of mould designs 3.Optimised for the processing of difficult technical elastomers 4.Various demoulding devices and brush systems available 5.Post-processing-free production of sealing elements and moulded articles possible 6.Cold runner ready

The horizontal RAPID+ injection moulding machines from MAPLAN are designed for high speeds and automated processes. They support all common demoulding and automation concepts for fully automatic production, thereby significantly reducing personnel costs.

Highlights：
1.Generously dimensioned clamping unit with extremely high stiffness and parallelism
2.Large daylight and closing stroke for a wide range of mould designs
3.Optimised for the processing of difficult technical elastomers
4.Various demoulding devices and brush systems available
5.Post-processing-free production of sealing elements and moulded articles possible
6.Cold runner ready

Application: Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Medical & Healthcare| New Energy

The new Infinity™ ultrasonic welders allow for customization of all critical parameters of the plastic joining process, and is designed to handle the most demanding production environments. Utilizing features such as a new graphical user interface with iQ Explorer 3 proprietary software, state-of-the-art Infinity™ power generator, new Smart-Stack™ integration and Melt-Match® technologies, Infinity™ is positioned to solve many common issues which can occur in ultrasonic plastic welding. Integrated with advanced quality assurance monitoring, the new Infinity™ ultrasonic plastic welding line is fully equipped, out-of-the-box, to meet your most demanding production requirements.

The new Infinity™ ultrasonic welders allow for customization of all critical parameters of the plastic joining process, and is designed to handle the most demanding production environments. Utilizing features such as a new graphical user interface with iQ Explorer 3 proprietary software, state-of-the-art Infinity™ power generator, new Smart-Stack™ integration and Melt-Match® technologies, Infinity™ is positioned to solve many common issues which can occur in ultrasonic plastic welding. Integrated with advanced quality assurance monitoring, the new Infinity™ ultrasonic plastic welding line is fully equipped, out-of-the-box, to meet your most demanding production requirements.

Application: Aerospace, Aviation, Railway Transport| Automotive| Medical & Healthcare| Packaging

The TP-SMART is an evolutionary upgrade to the popular TP series of advanced two-platen machines from Chen Hsong, which was originally developed as part of Chen Hsong's worldwide strategic partnership with Mitsubishi. For this iteration, teams of Chinese, Japanese and European engineers listened to global industry experts and a wide cross-section of customers, seeking to smartly and effectively address all major pain-points on operating two-platen machines in a single attempt. The result is the TP-SMART - full of patented and proprietary technologies that will forever change your perception of the two-platen.  

The TP-SMART is an evolutionary upgrade to the popular TP series of advanced two-platen machines from Chen Hsong, which was originally developed as part of Chen Hsong's worldwide strategic partnership with Mitsubishi. For this iteration, teams of Chinese, Japanese and European engineers listened to global industry experts and a wide cross-section of customers, seeking to smartly and effectively address all major pain-points on operating two-platen machines in a single attempt. The result is the TP-SMART - full of patented and proprietary technologies that will forever change your perception of the two-platen.  

Application: Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Medical & Healthcare| New Energy

U+series twin screw extruder is the highest-level series of USEON. Design of 15 Nm/cm3 and 1000R levels 30% higher than previous generation, with increased output by more than 50%；mainly specialized for products with high speed and high torque, such as engineering plastics, masterbatch and other applications; specially designed for small and medium-sized blending modification production and application, easier to install and debugging, achieving high productivity. U+ series twin screw extruder models ranging from LAB models to capacity of about 2t/h, basically cover entire range of small and medium-scale compounding applications, providing users maximum flexibility in different specifications and models, and scale-up.

U+series twin screw extruder is the highest-level series of USEON. Design of 15 Nm/cm3 and 1000R levels 30% higher than previous generation, with increased output by more than 50%；mainly specialized for products with high speed and high torque, such as engineering plastics, masterbatch and other applications; specially designed for small and medium-sized blending modification production and application, easier to install and debugging, achieving high productivity.

U+ series twin screw extruder models ranging from LAB models to capacity of about 2t/h, basically cover entire range of small and medium-scale compounding applications, providing users maximum flexibility in different specifications and models, and scale-up.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Packaging

Meusburger SINGLE NOZZLE VALVE GATE HOTRUNNER EH 4050 is integrated with mould register ring and equipped with single circuit cooling around the gate, through which you can achieve external cooling. Adjustable valve pin height would bring all the conveniences to you and make the work enjoyable. Ready to download 3D data is extremely designer-friendly and popular.

Meusburger SINGLE NOZZLE VALVE GATE HOTRUNNER EH 4050 is integrated with mould register ring and equipped with single circuit cooling around the gate, through which you can achieve external cooling. Adjustable valve pin height would bring all the conveniences to you and make the work enjoyable. Ready to download 3D data is extremely designer-friendly and popular.

Application: Automotive| Food & Beverage| Medical & Healthcare

The double layer ISBM machine is ASB latest development that materializes the possibility many new forms of containers that were not possible in the past, including ultra thick wall containers, uniform inner shape, gradation design, virgin PET inner layer ensuring hygiene/ RPET (recycled material for environmental) outer layer containers, PET outer/ PP or PE inner for airless or multi-barrier bottles, etc.

The double layer ISBM machine is ASB latest development that materializes the possibility many new forms of containers that were not possible in the past, including ultra thick wall containers, uniform inner shape, gradation design, virgin PET inner layer ensuring hygiene/ RPET (recycled material for environmental) outer layer containers, PET outer/ PP or PE inner for airless or multi-barrier bottles, etc.

Application: Automotive| Daily Chemicals| Food & Beverage| Medical & Healthcare| Packaging| Sports & Leisure

With the TwinCAT 3 Plastic Framework, we offer a modular software solution for the control of plastics machines that minimizes development effort and maintains the open nature of Beckhoff architecture. The TwinCAT 3 Plastic Framework brings together our many years of expertise in plastics, seamlessly integrating important industry-specific functions into the established TwinCAT environment. As a result, plastics machines can be programmed, visualized, and controlled on a single platform.

With the TwinCAT 3 Plastic Framework, we offer a modular software solution for the control of plastics machines that minimizes development effort and maintains the open nature of Beckhoff architecture. The TwinCAT 3 Plastic Framework brings together our many years of expertise in plastics, seamlessly integrating important industry-specific functions into the established TwinCAT environment. As a result, plastics machines can be programmed, visualized, and controlled on a single platform.

Application: Automotive| Daily Chemicals| Food & Beverage| Medical & Healthcare| Packaging

The perfect solution for in-line resin moisture analysis, Moisture Minder® accurately detects moisture in your plastic pellets in real time. This sensor is capable of detecting residual moisture in a broad range of materials at rates of 20-5000 lbs/hr. Historical trending and data logging helps to keep a record of your process performance over time for qualification and peace of mind. When used in conjunction with the Drying Monitor system from Conair, you can be certain that your drying process will produce only the best end product, Real-time sensing Real time savings. No Moving Parts, No Problems, The sensor is 100% electric. There are no moving parts to maintain or change. The moisture minder is a supervision tool so its addition to your system will not impact your current production rates. A yearly calibration and clean out are the only regular maintenance suggestions. Alarm when product temperature is above or below set points.

The perfect solution for in-line resin moisture analysis, Moisture Minder® accurately detects moisture in your plastic pellets in real time. This sensor is capable of detecting residual moisture in a broad range of materials at rates of 20-5000 lbs/hr.
Historical trending and data logging helps to keep a record of your process performance over time for qualification and peace of mind. When used in conjunction with the Drying Monitor system from Conair, you can be certain that your drying process will produce only the best end product, Real-time sensing Real time savings. No Moving Parts, No Problems, The sensor is 100% electric. There are no moving parts to maintain or change. The moisture minder is a supervision tool so its addition to your system will not impact your current production rates. A yearly calibration and clean out are the only regular maintenance suggestions. Alarm when product temperature is above or below set points.

Application: Automotive| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| Optoelectronics| Packaging

Tethered cap adopts innovative design, the cap won't be separated from the bottle, but always attached with the bottle to forbid the random disposal of beverage caps and recycled with the bottle as a whole, which is more environmental friendly. Tethered cap complies the latest EU standard and could replace the traditional standard water or beverage caps. Designed according to different standard of bottle neck, such as 3025、2925、1881、1810、38mm etc., the weight can reach lower than 2.0g, cavity range from 48-96, cycle time can be controlled within 2.5 seconds.

Tethered cap adopts innovative design, the cap won't be separated from the bottle, but always attached with the bottle to forbid the random disposal of beverage caps and recycled with the bottle as a whole, which is more environmental friendly. Tethered cap complies the latest EU standard and could replace the traditional standard water or beverage caps. Designed according to different standard of bottle neck, such as 3025、2925、1881、1810、38mm etc., the weight can reach lower than 2.0g, cavity range from 48-96, cycle time can be controlled within 2.5 seconds.

Application: Food & Beverage

BASF PuriCycle contribute to circular economy by returning waste plastics back into the loop Prehydrogenation PuriCycle® SH Metals Removal PuriCycle® M Dehalogenation PuriCycle® H Hydroprocessing PuriCycle® HP

BASF PuriCycle contribute to circular economy by returning waste plastics back into the loop
Prehydrogenation PuriCycle® SH
Metals Removal PuriCycle® M
Dehalogenation PuriCycle® H
Hydroprocessing PuriCycle® HP

Application: Aerospace, Aviation, Railway Transport| Building Materials| Electronics and Electric| Optoelectronics| Packaging

A light-emitting smart door handle using Covestro's light-diffusion grade PC material AG2477 DQ 028355 as the light-emitting surface of the product, which can effectively improve the light-emitting effect of surface area, reduce the "local dark area" and "local bright spot" of the light-emitting surface, and achieve homogeneous lighting effect. The product adopts the front and rear shell design, the rear shell adopts a hollow structure, and the hollow structure integrates the PCB emission control module, which can not only make the product lighter and thinner, but also facilitate maintenance and replacement. The product is realized by overmolding, the first shot is to injection mold Covestro’s black PC material as the rear shell, and then an electronic film integrated with LEDs is fixed on the rear shell, then the second shot AG2477 DQ 028355 will be overmolded to form the front shell. The final product is a light-emitting door handle with an integrated intelligent lighting control module. The overmolding process greatly improves production efficiency and reduces subsequent assembly steps. The illuminated smart door handle can support the control of lights through mobile phone APP or surface touch, and the light diffusion effect can not only reflect the personalized body characteristics, but also improve the visibility and safety of the vehicle in dim environments.

A light-emitting smart door handle using Covestro's light-diffusion grade PC material AG2477 DQ 028355 as the light-emitting surface of the product, which can effectively improve the light-emitting effect of surface area, reduce the "local dark area" and "local bright spot" of the light-emitting surface, and achieve homogeneous lighting effect.

The product adopts the front and rear shell design, the rear shell adopts a hollow structure, and the hollow structure integrates the PCB emission control module, which can not only make the product lighter and thinner, but also facilitate maintenance and replacement. The product is realized by overmolding, the first shot is to injection mold Covestro’s black PC material as the rear shell, and then an electronic film integrated with LEDs is fixed on the rear shell, then the second shot AG2477 DQ 028355 will be overmolded to form the front shell. The final product is a light-emitting door handle with an integrated intelligent lighting control module. The overmolding process greatly improves production efficiency and reduces subsequent assembly steps.

The illuminated smart door handle can support the control of lights through mobile phone APP or surface touch, and the light diffusion effect can not only reflect the personalized body characteristics, but also improve the visibility and safety of the vehicle in dim environments.

Application: Automotive

Carbon dioxide is directly captured and used as material to produce PPC-P. PPC-P resin is synthesized by using the worldwide first co-polymerization technology. PPC-P is a multifunctional plastic, which has good performances including entire biodegradation, high barrier, high transparency and so on. It is not only to realize carbon emission reduction, but to solve white pollution as well. Besides,the cost of PPC-P can be fallen sharply, and it can be helpful to promote more widely using of degradable plastics worldwide. LECSIN company will continue to increase investment to lead the research and development of the technology in the world, to build a world-class CO₂ plastic industry base. We will also provide solutions to reduce global white pollution, achieve carbon neutrality, and help the sustainable development of the global plastics industry.

Carbon dioxide is directly captured and used as material to produce PPC-P. PPC-P resin is synthesized by using the worldwide first co-polymerization technology. PPC-P is a multifunctional plastic, which has good performances including entire biodegradation, high barrier, high transparency and so on. It is not only to realize carbon emission reduction, but to solve white pollution as well. Besides,the cost of PPC-P can be fallen sharply, and it can be helpful to promote more widely using of degradable plastics worldwide.

LECSIN company will continue to increase investment to lead the research and development of the technology in the world, to build a world-class CO₂ plastic industry base. We will also provide solutions to reduce global white pollution, achieve carbon neutrality, and help the sustainable development of the global plastics industry.

Application: Food & Beverage| Packaging

LG PuroTec is an inorganic glass-based antimicrobial material.Our core technology focuses on controlling the bond between glass elements and ionic states. Through glass technology, antimicrobial inorganic components are put into electrochemical ion states. Their antimicrobial properties are maximized using the principles of electron transfer theory. Also, our glass technology aims to avoid negative effects on the environment. Benefits of antimicrobial additive 1. Less Microbes: Antimicrobial technology suppresses the growth of bacteria and mold on product surfaces, and ensures product surfaces stay cleaner. 2. Longer Lifespan for Materials: Antimicrobial technology can minimize product damage caused by microbe contamination, extending the lifespan of products. 3. Reduced Odor and Stains: Color changes and bad odors caused by microbes are prevented, to extend the lifespan of products. Advantage of LG PuroTec 1. Chemical Stability 2. Thermal Stability 3. Long-lasting Performance 4. Color Stability (Minimizing the yellowing phenomenon at plastic surface)

LG PuroTec is an inorganic glass-based antimicrobial material.Our core technology focuses on controlling the bond between glass elements and ionic states. Through glass technology, antimicrobial inorganic components are put into electrochemical ion states. Their antimicrobial properties are maximized using the principles of electron transfer theory. Also, our glass technology aims to avoid negative effects on the environment.

Benefits of antimicrobial additive
1. Less Microbes: Antimicrobial technology suppresses the growth of bacteria and mold on product surfaces, and ensures product surfaces stay cleaner.
2. Longer Lifespan for Materials: Antimicrobial technology can minimize product damage caused by microbe contamination, extending the lifespan of products.
3. Reduced Odor and Stains: Color changes and bad odors caused by microbes are prevented, to extend the lifespan of products.

Advantage of LG PuroTec
1. Chemical Stability
2. Thermal Stability
3. Long-lasting Performance
4. Color Stability (Minimizing the yellowing phenomenon at plastic surface)

Application: Automotive| Building Materials| Medical & Healthcare| Packaging

The existing vacuum metallized packaging in the market is generally a 3-ply structure, and vacuum metallized PET mainly plays the role of barrier performance. Driven by the value chain’s desire for packaging recyclability*, a lot of studies of vacuum metallized CPP or PE have been conducted in recent years. For CPP metallization, despite its potential cost advantage, its low temperature toughness posts some limitation; while for PE metallization, the low adhesion and bonding strength, unstable COF, barrier performance and relative high cost are current hurdles to commercialization at scale. (*Recyclable in communities with programs and facilities in place that and recycle plastic film.) This new product is made of innovative vacuum metallized PE film by combining modified polymers and advanced vacuum metalized process. It can offer simplification of the incumbent 3-ply BOPP//VMPET//PE laminate structure to 2-ply BOPP//VMPE, while maintaining good barrier performance and excellent packaging integrity. This full PO laminate can improve the production efficiency by process simplification, which can offers potential cost savings . This new product can help support the evolution of vacuum metallized packaging industry.

The existing vacuum metallized packaging in the market is generally a 3-ply structure, and vacuum metallized PET mainly plays the role of barrier performance. Driven by the value chain’s desire for packaging recyclability*, a lot of studies of vacuum metallized CPP or PE have been conducted in recent years. For CPP metallization, despite its potential cost advantage, its low temperature toughness posts some limitation; while for PE metallization, the low adhesion and bonding strength, unstable COF, barrier performance and relative high cost are current hurdles to commercialization at scale. (*Recyclable in communities with programs and facilities in place that and recycle plastic film.)

This new product is made of innovative vacuum metallized PE film by combining modified polymers and advanced vacuum metalized process. It can offer simplification of the incumbent 3-ply BOPP//VMPET//PE laminate structure to 2-ply BOPP//VMPE, while maintaining good barrier performance and excellent packaging integrity. This full PO laminate can improve the production efficiency by process simplification, which can offers potential cost savings . This new product can help support the evolution of vacuum metallized packaging industry.

Application: Packaging

VICTREX CT polymers offer processors and end-users a tailor-made solution to address the challenges of low-temperature environments. Victrex sealing material solutions are designed and tested for performance in cryogenic environments offering more consistent and reliable sealing across a broad temperature range compared to fluoropolymers.

VICTREX CT polymers offer processors and end-users a tailor-made solution to address the challenges of low-temperature environments. Victrex sealing material solutions are designed and tested for performance in cryogenic environments offering more consistent and reliable sealing across a broad temperature range compared to fluoropolymers.

Application: New Energy

Celanese and Under Armour have partnered to develop a new NEOLAST™ fiber for performance stretch fabrics. The new fiber allows for the creation of more sustainable power-stretch performance fabrics. Used as an alternative to elastane, commonly referred to as spandex, in elite performance stretch fabrics, NEOLAST™ fiber is spun using a solvent-free proprietary melt-extrusion process. And because NEOLAST™ fiber is made from thermoplastic elastoester polymers, it can help to address the challenge of recycling blended fabrics. NEOLAST™ fiber enhances stretch, ensuring greater durability, opacity, fit and comfort. It also improves production precision by allowing spinners to dial up or down strength stretch and grade to design fibers that meet fabric specifications. It also improves moisture management, resulting in dry time up to three times faster than similar fibers. As Full-color spectrum fibers, NEOLAST™ can be dyed in all shades. It is less susceptible to loosening, pilling, degradation or yellowing, and is less prone to deformation.

Celanese and Under Armour have partnered to develop a new NEOLAST™ fiber for performance stretch fabrics. The new fiber allows for the creation of more sustainable power-stretch performance fabrics.

Used as an alternative to elastane, commonly referred to as spandex, in elite performance stretch fabrics, NEOLAST™ fiber is spun using a solvent-free proprietary melt-extrusion process. And because NEOLAST™ fiber is made from thermoplastic elastoester polymers, it can help to address the challenge of recycling blended fabrics.

NEOLAST™ fiber enhances stretch, ensuring greater durability, opacity, fit and comfort. It also improves production precision by allowing spinners to dial up or down strength stretch and grade to design fibers that meet fabric specifications. It also improves moisture management, resulting in dry time up to three times faster than similar fibers. As Full-color spectrum fibers, NEOLAST™ can be dyed in all shades. It is less susceptible to loosening, pilling, degradation or yellowing, and is less prone to deformation.

Application: Sports & Leisure

CALLIGRAM™: Exclusive Coated Fabric for Luxury Good, Premium Automotive Interiors, Marine applications with Unique Selling Points: • Sharp embossed & debossed Patterns on the same surface • In Mold Printing for accuracy, grain & gloss consistency and wear resistance • Unitary production, suitable for customization and limited series • All in one process: ready for cut & sew or part wrapping • Integration of functions such as backlighting, heating, capacitive sensing

CALLIGRAM™: Exclusive Coated Fabric for Luxury Good, Premium Automotive Interiors, Marine applications with Unique Selling Points:
• Sharp embossed & debossed Patterns on the same surface
• In Mold Printing for accuracy, grain & gloss consistency and wear resistance
• Unitary production, suitable for customization and limited series
• All in one process: ready for cut & sew or part wrapping
• Integration of functions such as backlighting, heating, capacitive sensing

Application: Automotive| Packaging| Sports & Leisure

High-performance VICTREX FG PEEK polymers offer exceptional temperature resistance up to 260℃, coupled with outstanding wear and scratch resistance, making them a suitable choice for critical components in food contact applications. VICTREX FG polymers with glass fibre and carbon black additives, have recently achieved compliance with China National Food Safety Standards for food contact materials.

High-performance VICTREX FG PEEK polymers offer exceptional temperature resistance up to 260℃, coupled with outstanding wear and scratch resistance, making them a suitable choice for critical components in food contact applications. VICTREX FG polymers with glass fibre and carbon black additives, have recently achieved compliance with China National Food Safety Standards for food contact materials.

Application: Food & Beverage

584A is chopped strand coated with silane-based sizing agent, and is suitable for reinforcing thermoplastics including PPS, LCP, PEEK, and et al. It has the characteristics of strand integrity, low static, low fuzz and good flowability. Due to its good compatibility and high dispersion in resins, 584A enables the composite products with good mechanical properties and high hydrolysis resistance. 584A is suitable for extrusion injection molding process and is widely used in the automotive industry, electronic appliances, aerospace and other fields.

584A is chopped strand coated with silane-based sizing agent, and is suitable for reinforcing thermoplastics including PPS, LCP, PEEK, and et al. It has the characteristics of strand integrity, low static, low fuzz and good flowability. Due to its good compatibility and high dispersion in resins, 584A enables the composite products with good mechanical properties and high hydrolysis resistance. 584A is suitable for extrusion injection molding process and is widely used in the automotive industry, electronic appliances, aerospace and other fields.

Application: Aerospace, Aviation, Railway Transport| Automotive| Electronics and Electric| New Energy

OnColor™ Polymer Colorants: Stable-C Orange Solutions are specially designed for E-mobility application made by polyamide (PA), which can impart PA product with highly vivid orange color and provide excellent processing stability at PA 66 processing temperature. Besides, these formulations can also maintain good color stability after up to 1000 hours at 130℃ heat aging. This solution can be applied in PA, or PA with glass fiber and flame retardant combinations with excellent appearance, mechanical property and flammability. Orange solutions for other polymers can also be available upon customer's requests.

OnColor™ Polymer Colorants: Stable-C Orange Solutions are specially designed for E-mobility application made by polyamide (PA), which can impart PA product with highly vivid orange color and provide excellent processing stability at PA 66 processing temperature. Besides, these formulations can also maintain good color stability after up to 1000 hours at 130℃ heat aging. This solution can be applied in PA, or PA with glass fiber and flame retardant combinations with excellent appearance, mechanical property and flammability. Orange solutions for other polymers can also be available upon customer's requests.

Application: Automotive| New Energy

Avient Colorant Chromatics™ has developed Polyarylethersufone including PPSU, PES and PSU with brilliant metallic effect. This technology enables manufacturers to design a brilliant metallic look that improve aesthetics while retaining its physical properties and processability. The solution can meet growing customers' demand for metal replacement to achieve lightweight and reduce carbon emissions. It can be widely used in aerospace, consumer electronics, household, small appliance, etc.

Avient Colorant Chromatics™ has developed Polyarylethersufone including PPSU, PES and PSU with brilliant metallic effect. This technology enables manufacturers to design a brilliant metallic look that improve aesthetics while retaining its physical properties and processability. The solution can meet growing customers' demand for metal replacement to achieve lightweight and reduce carbon emissions. It can be widely used in aerospace, consumer electronics, household, small appliance, etc.

Application: Aerospace, Aviation, Railway Transport| Automotive| Electronics and Electric| Medical & Healthcare| Packaging| Sports & Leisure

HSCC-AKRO recently presented AKROMID® C3 GF 25 1 FR, which yields an RTI Listing up to 150°C on the UL yellow card. The material achieves a V-0 rating at 0.4 mm and CTI of 600V, The material is halogen free, free of red phosphous, low precipitation, to further ensure the safety of users electrification. Materials will be mainly used in a variety of new energy products (charging connectors, high-voltage connectors, busbars or housings, battery connectors), as well as high performance E&E industry. And AKROMID®C3 GF 251FR series materials are available in natural, black, orange, and a variety of other specified colors.

HSCC-AKRO recently presented AKROMID® C3 GF 25 1 FR, which yields an RTI Listing up to 150°C on the UL yellow card. The material achieves a V-0 rating at 0.4 mm and CTI of 600V, The material is halogen free, free of red phosphous, low precipitation, to further ensure the safety of users electrification. Materials will be mainly used in a variety of new energy products (charging connectors, high-voltage connectors, busbars or housings, battery connectors), as well as high performance E&E industry. And AKROMID®C3 GF 251FR series materials are available in natural, black, orange, and a variety of other specified colors.

Application: Automotive| Electronics and Electric| New Energy

Plant origin 38% of the raw materials come from natural resources Not fossil materials, thus reducing dependence on oil. PTT is less consumed in the production process 30% energy, 63% less carbon dioxide greenhouse gases. It can replace PET, spandex, etc. and drive the comprehensive development of a complete industrial chain such as polymerization spinning technology, as well as the extensive industrial upgrading such as chips, daily chemicals and medicine.

Plant origin 38% of the raw materials come from natural resources Not fossil materials, thus reducing dependence on oil. PTT is less consumed in the production process 30% energy, 63% less carbon dioxide greenhouse gases. It can replace PET, spandex, etc. and drive the comprehensive development of a complete industrial chain such as polymerization spinning technology, as well as the extensive industrial upgrading such as chips, daily chemicals and medicine.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure

Borstar® RA150E is the latest innovative PP-R solution specially designed for high pressure resistance in high temperature operating conditions. Produced by using proprietary Borealis Borstar® polypropylene technology, Borstar® RA150E has been engineered to provide optimum balance between stiffness, toughness and processability; The material has excellent toughness, low temperature impact resistance, and excellent long-term hydrostatic strength at high temperatures, as well as a wide range of pipeline applications. It can improve production efficiency, shorten the production cycle of pipe injection molding, and high-speed extrusion at a lower melting temperature, so as to improve work efficiency and reduce energy consumption, the unique Borstar® bimodal nucleation technology (BNT) can make PP-R finished products with stable shrinkage rate, not affected by the type of pigment, improve product quality uniformity and color master batch distribution.

Borstar® RA150E is the latest innovative PP-R solution specially designed for high pressure resistance in high temperature operating conditions. Produced by using proprietary Borealis Borstar® polypropylene technology, Borstar® RA150E has been engineered to provide optimum balance between stiffness, toughness and processability;

The material has excellent toughness, low temperature impact resistance, and excellent long-term hydrostatic strength at high temperatures, as well as a wide range of pipeline applications.

It can improve production efficiency, shorten the production cycle of pipe injection molding, and high-speed extrusion at a lower melting temperature, so as to improve work efficiency and reduce energy consumption, the unique Borstar® bimodal nucleation technology (BNT) can make PP-R finished products with stable shrinkage rate, not affected by the type of pigment, improve product quality uniformity and color master batch distribution.

Application: Building Materials

Delrin® 51HSE is a high molecular weight nucleated resin, specially formulated for use in applications requiring superior creep resistance and fatigue durability. Newly developed Delrin® 51HSE draws on the Delrin® 100 series’ long history of setting the industry standards. Now Delrin® 51HSE demonstrates improvements that build on the core strength of Delrin® 100. The improvement in static gear strength is about 10%, but the real benefit comes from durability. Delrin® 51HSE is ideally suited for plastic gears in automotive and e-bike applications but also Industrial applications like heavy loaded rollers.

Delrin® 51HSE is a high molecular weight nucleated resin, specially formulated for use in applications requiring superior creep resistance and fatigue durability. Newly developed Delrin® 51HSE draws on the Delrin® 100 series’ long history of setting the industry standards. Now Delrin® 51HSE demonstrates improvements that build on the core strength of Delrin® 100. The improvement in static gear strength is about 10%, but the real benefit comes from durability. Delrin® 51HSE is ideally suited for plastic gears in automotive and e-bike applications but also Industrial applications like heavy loaded rollers.

Application: Automotive| Electronics and Electric| Medical & Healthcare| Sports & Leisure

Our target group is sustainable solutions that contribute to the 100% recycling of engineering plastics. We don't discard the leftovers (gates, runners, and their crushed products) generated during the customer's manufacturing process. Instead, we convert them into new "products" - recycled materials. Our process goes beyond simple recycling and shredding. We work with our customers to manage the quality of moulded scraps. By doing so, we manufacture recycled materials through process management and strict inspections using the manufacturing technology we have cultivated over the years. Using this recycled material as part of the feedstock reduces the amount of virgin material used while maintaining product quality and functionality. The use of this recycled material helps reduce the carbon footprint of products and the waste of moulding scraps which has been a problem for customers. At this stage, the raw material is tentatively pre-consumer material, which can be traced back to production records and does not need to worry about the contamination of environmentally hazardous substances. We aim to provide recycling solutions for all of Polyplastics’ engineering plastics.

Our target group is sustainable solutions that contribute to the 100% recycling of engineering plastics. We don't discard the leftovers (gates, runners, and their crushed products) generated during the customer's manufacturing process. Instead, we convert them into new "products" - recycled materials. Our process goes beyond simple recycling and shredding. We work with our customers to manage the quality of moulded scraps. By doing so, we manufacture recycled materials through process management and strict inspections using the manufacturing technology we have cultivated over the years.

Using this recycled material as part of the feedstock reduces the amount of virgin material used while maintaining product quality and functionality. The use of this recycled material helps reduce the carbon footprint of products and the waste of moulding scraps which has been a problem for customers. At this stage, the raw material is tentatively pre-consumer material, which can be traced back to production records and does not need to worry about the contamination of environmentally hazardous substances. We aim to provide recycling solutions for all of Polyplastics’ engineering plastics.

Application: Automotive| Electronics and Electric| Food & Beverage| Sports & Leisure

PVC is the base material used in the backing of carpet tiles and resilient flooring as conventional solutions. The disadvantages are the VOC, environmental concern and recycle difficulty. Therefore, the acceptance of PVC in some oversea market is limited. ExxonMobil has always been committed to providing more sustainable solutions with excellent performance for the society. We tailored made high performance Vistamax™ based polyolefin based solutions adapted to various processes (extrusion, knife coating, roller coating, calendaring) and product categories to replace PVC for those two flooring products. Through collaboration with value chain partners, the new Vistamax™ based solutions were commercialized with success. The flooring products were upgraded under the joint effort of flooring producers, paving the way towards more sustainable and easier recyclable material for flooring.

PVC is the base material used in the backing of carpet tiles and resilient flooring as conventional solutions. The disadvantages are the VOC, environmental concern and recycle difficulty. Therefore, the acceptance of PVC in some oversea market is limited. ExxonMobil has always been committed to providing more sustainable solutions with excellent performance for the society. We tailored made high performance Vistamax™ based polyolefin based solutions adapted to various processes (extrusion, knife coating, roller coating, calendaring) and product categories to replace PVC for those two flooring products. Through collaboration with value chain partners, the new Vistamax™ based solutions were commercialized with success. The flooring products were upgraded under the joint effort of flooring producers, paving the way towards more sustainable and easier recyclable material for flooring.

Application: Packaging

For the Microsoft Surface Thunderbolt™4 Dock and power supply unit, Microsoft sought a housing material that offered equivalent performance to that of virgin plastic in terms of safety and reliability. SABIC was able to meet Microsoft’s performance requirements with an ocean-bound resin solution – ISCC PLUS certified circular LEXAN™ flame retardant (FR) polycarbonate resin with 20% mass balance-attributed recycled ocean bound plastic (OBP) - that demonstrates the feasibility of converting OBP into high-performance material used in consumer electronics using advanced recycling. 

For the Microsoft Surface Thunderbolt™4 Dock and power supply unit, Microsoft sought a housing material that offered equivalent performance to that of virgin plastic in terms of safety and reliability. SABIC was able to meet Microsoft’s performance requirements with an ocean-bound resin solution – ISCC PLUS certified circular LEXAN™ flame retardant (FR) polycarbonate resin with 20% mass balance-attributed recycled ocean bound plastic (OBP) - that demonstrates the feasibility of converting OBP into high-performance material used in consumer electronics using advanced recycling. 

Application: Electronics and Electric

The new energy vehicle market continues to grow, and the demand for multi-layer corrugated pipes is also increasing. Dekuma automobile multi-layer corrugated pipe extrusion production line is specially designed for new energy vehicle cooling systems to ensure stable production of high-quality pipes. 1. Precise and stable layering: using patented technology multi-layer composite die to improve production qualification rate. 2. Convenient maintenance: high-efficiency disassembly die head for quick maintenance and adjustment. 3. Efficient corrugation forming: rapid cooling, full corrugation, and improved production efficiency. 4. Safe and reliable control system: independently developed control system with comprehensive monitoring and protection functions. Decomo Automobile's multi-layer corrugated pipe extrusion production line helps efficient and stable production of new energy vehicle cooling systems.

The new energy vehicle market continues to grow, and the demand for multi-layer corrugated pipes is also increasing. Dekuma automobile multi-layer corrugated pipe extrusion production line is specially designed for new energy vehicle cooling systems to ensure stable production of high-quality pipes.
1. Precise and stable layering: using patented technology multi-layer composite die to improve production qualification rate.
2. Convenient maintenance: high-efficiency disassembly die head for quick maintenance and adjustment.
3. Efficient corrugation forming: rapid cooling, full corrugation, and improved production efficiency.
4. Safe and reliable control system: independently developed control system with comprehensive monitoring and protection functions.
Decomo Automobile's multi-layer corrugated pipe extrusion production line helps efficient and stable production of new energy vehicle cooling systems.

Application: Automotive

Fast: Injection, dosing and opening and closing of the mould are servo-electrically driven as standard and therefore completely independent. Fast acceleration and speeds, as well as simultaneous movements enable high-speed cycles. Compared to a standard hydraulic machine, up to 2 seconds shorter dry cycle time. Energy efficiency: The toggle-type clamping unit, high efficiency of the servo-electric drives, and recovery of braking energy from the basis for high energy efficiency. The energy requirement is reduced by up to 50 per cent. Precise: Direct spindle gears ensure mechanically rigid drives and dynamic movements. The excellent positioning accuracy of servo-electric drives permits maximum reproducibility and part quality. Emission minimization: The liquid-cooled drives operate quietly without air turbulence and reduce emissions into the environment. Closed drives and gear units prevent exposure to dust caused by abrasion. Perfect conditions for use in pure production environments.

Fast: Injection, dosing and opening and closing of the mould are servo-electrically driven as standard and therefore completely independent. Fast acceleration and speeds, as well as simultaneous movements enable high-speed cycles. Compared to a standard hydraulic machine, up to 2 seconds shorter dry cycle time.
Energy efficiency: The toggle-type clamping unit, high efficiency of the servo-electric drives, and recovery of braking energy from the basis for high energy efficiency. The energy requirement is reduced by up to 50 per cent.
Precise: Direct spindle gears ensure mechanically rigid drives and dynamic movements. The excellent positioning accuracy of servo-electric drives permits maximum reproducibility and part quality.
Emission minimization: The liquid-cooled drives operate quietly without air turbulence and reduce emissions into the environment. Closed drives and gear units prevent exposure to dust caused by abrasion. Perfect conditions for use in pure production environments.

Application: Aerospace, Aviation, Railway Transport| Automotive| Building Materials| Daily Chemicals| Electronics and Electric| Food & Beverage| Medical & Healthcare| New Energy| Optoelectronics| Packaging| Sports & Leisure