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PA66 Compounds PA6 Compounds PC Compounds PC Alloys PBT & PET Compounds ABS & ASA Compounds PP Compounds Long glass fibre LGF-PP Thermoplastic Elastomers TPE-S Vulcanized Thermoplastic Elastimers TPE-V Thermoplastic Elastomers TPC
PLEXIGLAS® 8N PLEXIGLAS® 8N is an amorphous thermoplastic molding compound (PMMA) with a high heat deflection temperature under load. Slightly inferior flow to PLEXIGLAS® 7N PLEXIGLAS® 8N plus PLEXIGLAS® 8N plus is a ductile material solution developed to ensure special part specific requirements, e.g. easy demolding of injection molded parts.
PLEXIGLAS® 7M is based on polymethyl methacrylate (PMMA). Special properties of PLEXIGLAS® 7M better flowing behavior AMECA listing Applications PLEXIGLAS® 7M is particularly suitable for extruding profiles and panels for use in lighting engineering. Examples Lighting fixtures, displays and similar extruded items for technical purposes.
Glass fiber-reinforced (30%), medium viscosity polyether ether ketone VESTAKEEP®2000 GF30 is a medium-viscosity, glass fiber-reinforced (30%) polyether ether ketone for injection molding. The semi-crystalline polymer features superior mechanical, thermal, and chemical resistance. Parts made from VESTAKEEP® 2000 GF30 are of low flammability. VESTAKEEP® 2000 GF30 can be processed by common injection-molding machines for thermoplastics. We recommend a melt temperature between 380°C and 400°C during the injection molding process. The mold temperature should be within a range of 160°C to 200°C, preferably 180°C. VESTAKEEP® 2000 GF30 is supplied as cylindrical pellets in 25kg boxes with moisture-proof polyethylene liners. Pigmentation may affect values. Inside the original and undamaged packaging, the product has a shelf life of at least 2 years when stored in dry rooms at temperatures not exceeding 30°C. For information about processing of VESTAKEEP 2000 GF30, please follow the general recommendations in our brochure “VESTAKEEP® PEEK Processing Guidelines“. The values presented are typical or average values, they do not constitute a specification.
Carbon fiber-reinforced, medium viscosity polyether ether ketone VESTAKEEP® 2000 CF30 is a medium-viscosity, carbon fiber-reinforced (30%) polyether ether ketone for injection molding. The semi-crystalline polymer features superior, mechanical, thermal and chemical resistance. Parts made from VESTAKEEP® 2000 CF30 are of low flammability. VESTAKEEP® 2000 CF30 can be processed by common injection machines for thermoplastics. We recommend a melt temperature between 380°C and 400°C during the injection molding process. The mold temperature should be within a range of 160°C to 200°C, preferably 180°C. VESTAKEEP® 2000 CF30 is supplied as granules in 25 kg boxes with moisture-proof polyethylene liners. Inside the original and undamaged packaging, the product has a shelf life of at least 2 years when stored in dry rooms at temperatures not exceeding 30°C. Pigmention may effect values. For information about processing of VESTAKEEP® 2000 CF30, please follow the general recommendations in our brochure “VESTAKEEP® PEEK-Processing Guidelines“. The values presented are typical or average values, they do not constitute a specification.
Low- viscosity, unreinforced polyether ether ketone VESTAKEEP® 1000 G is a low-viscosity, unreinforced polyether ether ketone for injection molding. The semi-crystalline polymer features superior, thermal and chemical resistance. Parts made from VESTAKEEP® 1000 G are of low flammability. VESTAKEEP® 1000 G can be processed by common injection machines for thermoplastics. We recommend a melt temperature between 360°C and 380°C during the injection molding process. The mold temperature should be within a range of 160°C to 200°C, preferably 180°C. VESTAKEEP® 1000 G is supplied as granules in 25 kg boxes with moisture-proof polyethylene liners. Inside the original and undamaged packaging, the product has a shelf life of at least 2 years when stored in dry rooms at temperatures not exceeding 30°C. Pigmentation may affect values. For information about processing VESTAKEEP® 1000 G, please follow the general recommendations in our brochure “VESTAKEEP® PEEK Processing Guidelines“. The values presented are typical or average values, they do not constitute a specification.
Productprofil: PLEXIGLAS® 7N is an amorphous thermoplastic molding compound (PMMA). Typical properties of PLEXIGLAS® molding compounds are: good flow high mechanical strength, surface hardness and mar resistance high light transmission very good weather resistance free colorability due to crystal clarity. Special properties of PLEXIGLAS® 7N molding compound are: very good mechanical properties high heat deflection temperature very good flow / melt viscosity AMECA listing. Application: Used for injection molding optical and technical items. Example: optical waveguides, luminaire covers, automotive lighting, instrument cluster covers, optical lenses, displays, etc. Processing: PLEXIGLAS® 7N can be processed on injection molding machines with 3-zone general purpose screws for engineering thermoplastics. Physical Form / Packaging: PLEXIGLAS® molding compounds are supplied as pellets of uniform size, packaged in 25kg polyethylene bags or in 500kg boxes with PE lining; other packaging on request.
Laser Weldable Polybutylene Terephthalate (PBT) Crastin® LW9030 NC010 Laser Weldable Polybutylene Terephthalate (PBT) Crastin® LW9030 BK851 Laser Weldable Polybutylene Terephthalate (PBT) Crastin® LW9320 BK851 Laser Weldable Polybutylene Terephthalate (PBT) Crastin® LW9330 BK851 Laser Weldable Polybutylene Terephthalate (PBT) Crastin® LW9320LM BK591 Laser Weldable Polybutylene Terephthalate (PBT) SITRADUR GF20 / C94150 (PBT) Laser Weldable Polybutylene Terephthalate (PBT) LNP™ THERMOCOMP™ Compound WFC06IXP Laser Weldable Polybutylene Terephthalate (PBT) LNP™ THERMOCOMP™ Compound WFC06I Laser Weldable Polybutylene Terephthalate (PBT) Arnite® LT TV4 261 Laser Weldable Polybutylene Terephthalate (PBT) Pocan® B3223HRLT Laser Weldable Polybutylene Terephthalate (PBT) Pocan® B3233HRLT Laser Weldable Polybutylene Terephthalate (PBT) Pocan® B3216HRLT Laser Weldable Polybutylene Terephthalate (PBT) Ultradur® LUX B 4300 G4 Laser Weldable Polybutylene Terephthalate (PBT) Ultradur® LUX B 4300 G6 Laser Weldable Polybutylene Terephthalate (PBT) Ultradur® LUX B 4520 Laser Weldable Polybutylene Terephthalate (PBT) LONGLITE® PBT 6030-104LW Laser Weldable Polybutylene Terephthalate (PBT) LONGLITE® PBT 6030-104LWR Laser Weldable Polybutylene Terephthalate (PBT) LONGLITE® PBT 3030-200LW Laser Weldable Polybutylene Terephthalate (PBT) Pocan® ECOB3233HRLT Laser Weldable Polybutylene Terephthalate (PBT) Crastin® SLW9230 BK218LT
Low smoke PC, silicon PC, low toxicity PC, fluorine-free PC
ESD C 204 is a special polymer composite material. It mainly uses nylon (polyamide) as the base material. Nylon itself has good mechanical properties such as wear resistance and toughness. On this basis, 25% of glass fiber was added to the material for reinforcement. The addition of glass fiber significantly improves the strength, stiffness and dimensional stability of the material. Meanwhile, the material also contains special conductive components, which are usually conductive carbon black, carbon fibers or metal fibers, etc. They are uniformly dispersed in the nylon matrix, endowing the material with the function of electrostatic discharge (ESD).
ESD C 204 is a special polymer composite material. It mainly uses nylon (polyamide) as the base material. Nylon itself has good mechanical properties such as wear resistance and toughness. On this basis, 25% of glass fiber was added to the material for reinforcement. The addition of glass fiber significantly improves the strength, stiffness and dimensional stability of the material. Meanwhile, the material also contains special conductive components, which are usually conductive carbon black, carbon fibers or metal fibers, etc. They are uniformly dispersed in the nylon matrix, endowing the material with the function of electrostatic discharge (ESD).
ESD C 204 is a special polymer composite material. It mainly uses nylon (polyamide) as the base material. Nylon itself has good mechanical properties such as wear resistance and toughness. On this basis, 25% of glass fiber was added to the material for reinforcement. The addition of glass fiber significantly improves the strength, stiffness and dimensional stability of the material. Meanwhile, the material also contains special conductive components, which are usually conductive carbon black, carbon fibers or metal fibers, etc. They are uniformly dispersed in the nylon matrix, endowing the material with the function of electrostatic discharge (ESD).
ESD C 204 is a special polymer composite material. It mainly uses nylon (polyamide) as the base material. Nylon itself has good mechanical properties such as wear resistance and toughness. On this basis, 25% of glass fiber was added to the material for reinforcement. The addition of glass fiber significantly improves the strength, stiffness and dimensional stability of the material. Meanwhile, the material also contains special conductive components, which are usually conductive carbon black, carbon fibers or metal fibers, etc. They are uniformly dispersed in the nylon matrix, endowing the material with the function of electrostatic discharge (ESD).
ESD C 204 is a special polymer composite material. It mainly uses nylon (polyamide) as the base material. Nylon itself has good mechanical properties such as wear resistance and toughness. On this basis, 25% of glass fiber was added to the material for reinforcement. The addition of glass fiber significantly improves the strength, stiffness and dimensional stability of the material. Meanwhile, the material also contains special conductive components, which are usually conductive carbon black, carbon fibers or metal fibers, etc. They are uniformly dispersed in the nylon matrix, endowing the material with the function of electrostatic discharge (ESD).
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