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Plastics & Elastomers
The material selection platform
Plastics & Elastomers
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78 products match your search
Product Name
Supplier
Description
CELSTRAN® +PP-GF30-05CN05/10 by Celanese is a low emission, chemically coupled polypropylene impact copolymer (PP, Impact Copolymer) grade, reinforced with 30% long glass fiber of 10 mm, reducing... view more
Features
  • Chemically Coupled
  • Copolymer
  • Creep Resistance Good
  • Emissions Low
  • ...
CELSTRAN® PP-GF20-04 Black by Celanese is a low emission (-0453), chemically coupled polypropylene homopolymer (PP, Homopolymer) grade, reinforced with 20% long glass fiber of 10 mm, reducing creep... view more
Features
  • Chemically Coupled
  • Creep Resistance Good
  • Emissions Low
  • Filled Glass Fiber
  • ...
CELSTRAN® PP-GF20-05 Black by Celanese is a low emission (-0553), chemically coupled polypropylene copolymer (PP, Copolymer) grade, reinforced with 20% long glass fiber of 10 mm, reducing creep... view more
Features
  • Chemically Coupled
  • Copolymer
  • Creep Resistance Good
  • Emissions Low
  • ...
CELSTRAN® PP-GF30-04 black by Celanese is a chemically coupled polypropylene homopolymer (PP, Homopolymer) grade, reinforced with 30% long glass fiber of 10 mm, reducing creep significantly. Is a... view more
Features
  • Chemically Coupled
  • Creep Resistance Good
  • Emissions Low
  • Filled Glass Fiber
  • ...
CELSTRAN® PP-GF30-04 natural by Celanese is a chemically coupled polypropylene homopolymer (PP, Homopolymer) grade, reinforced with 30% long glass fiber of 10 mm, reducing creep significantly. Is a... view more
Features
  • Chemically Coupled
  • Creep Resistance Good
  • Emissions Low
  • Filled Glass Fiber
  • ...
CELSTRAN® PP-GF30-05 Black by Celanese is a chemically coupled polypropylene copolymer (PP, Copolymer) grade, reinforced with 30% long glass fiber of 10 mm, reducing creep significantly. Is a heat... view more
Features
  • Chemically Coupled
  • Copolymer
  • Emissions Low
  • Filled Glass Fiber
  • ...
CELSTRAN® PP-GF40-04 Black by Celanese is a chemically coupled polypropylene homopolymer (PP, Homopolymer) grade, reinforced with 40% long glass fiber of 10 mm, reducing creep significantly. Is a... view more
Features
  • Chemically Coupled
  • Creep Resistance Good
  • Emissions Low
  • Filled Glass Fiber
  • ...
CELSTRAN® PP-GF50-04 Black by Celanese is a chemically coupled polypropylene homopolymer (PP, Homopolymer) grade, reinforced with 50% long glass fiber of 10 mm, reducing creep significantly. Is a... view more
Features
  • Chemically Coupled
  • Creep Resistance Good
  • Emissions Low
  • Filled Glass Fiber
  • ...
CELSTRAN® PP-GF50-04 Natural by Celanese is a chemically coupled polypropylene (PP) grade, reinforced with 50% long glass fiber of 10 mm, reducing creep significantly. Is a heat stabilized (-0403)... view more
Features
  • Chemically Coupled
  • Creep Resistance Good
  • Emissions Low
  • Filled Glass Fiber
  • ...
CELSTRAN® PP-GF60-04 Black by Celanese is a chemically coupled polypropylene (PP) grade, reinforced with 60% long glass fiber of 10 mm, reducing creep significantly. Is a heat stabilized (-0403)... view more
Features
  • Chemically Coupled
  • Creep Resistance Good
  • Emissions Low
  • Filled Glass Fiber
  • ...
Celcon® M90-45 XAP® CC34193 DK GRAY 136B is a UV resistant, polyacetal copolymer (POM) resin. Is a medium viscosity, low emission, specialty grade providing excellent hardness & rigidity... view more
Features
  • Chemical resistance Good
  • Colorability Good
  • Copolymer
  • Creep Resistance Good
  • ...
Celcon® M90-45 XAP® CC34466 GRAY #2 138B is a UV resistant, polyacetal copolymer (POM) resin. Is a medium viscosity, low emission, specialty grade providing excellent hardness & rigidity... view more
Features
  • Chemical resistance Good
  • Colorability Good
  • Copolymer
  • Creep Resistance Good
  • ...
Celcon® M90-45 XAP® CC34643 GRAY 105B is a UV resistant, polyacetal copolymer (POM) resin. Is a medium viscosity, low emission, specialty grade providing excellent hardness & rigidity... view more
Features
  • Chemical resistance Good
  • Colorability Good
  • Copolymer
  • Creep Resistance Good
  • ...
Celcon® M90-45 XAP® CD34611 BLACK 201B is a UV resistant, polyacetal copolymer (POM) resin. Is a medium viscosity, low emission, specialty grade providing excellent hardness & rigidity... view more
Features
  • Chemical resistance Good
  • Colorability Good
  • Copolymer
  • Creep Resistance Good
  • ...
Celcon® M90-45 XAP® CF2001 NATURAL is a UV resistant, polyacetal copolymer (POM) resin. Is a medium viscosity, low emission, specialty grade providing excellent hardness & rigidity... view more
Features
  • Chemical resistance Good
  • Colorability Good
  • Copolymer
  • Creep Resistance Good
  • ...
Celcon® M90-45 XAP® CV34644 SAND 457B is a UV resistant, polyacetal copolymer (POM) resin. Is a medium viscosity, low emission, specialty grade providing excellent hardness & rigidity... view more
Features
  • Chemical resistance Good
  • Colorability Good
  • Copolymer
  • Creep Resistance Good
  • ...
Celcon® M90-45 XAP® CY34815 BROWN 453B is a UV resistant, polyacetal copolymer (POM) resin. Is a medium viscosity, low emission, specialty grade providing excellent hardness & rigidity... view more
Features
  • Chemical resistance Good
  • Colorability Good
  • Copolymer
  • Creep Resistance Good
  • ...
Hostaform® C 13021 XAP² ™ by Celanese is acetal copolymer with medium flow. Processed by injection molding. Hostaform® C 13021 XAP² ™ is recommended for automotive interior application with reduced emissions... view more
Features
  • Emissions Low
  • Flow Medium
Hostaform® C 27021 XAP2 TM is an acetal copolymer. It is easy-flowing. Processed by injection molding. Recommended for automotive interior application with reduced emissions... view more
Features
  • Copolymer
  • Emissions Low
  • Flow High
Hostaform® C 27021 XAP C by Celanese is an easy-flowing polyacetal copolymer (POM). Offers very low emissions and migrations. It is suitable for processing by injection molding. Hostaform® C 27021 XAP C is recommended for... view more
Features
  • Emissions Low
  • Migration Low to None
  • Flow High
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