Ateva® 1820 by Celanese is a clear to white colored, water insoluble, flexible, low cost ethylene vinyl acetate (EVA) copolymer grade. Exhibits good strength, superior acoustic performance, good... view more

Ateva® 2604A by Celanese is a clear to white colored, water insoluble, flexible, low cost ethylene vinyl acetate (EVA) copolymer grade. Exhibits superior acoustic performance, good strength, good... view more

Ateva® 2606A by Celanese is a clear to white colored, water insoluble, flexible, low cost ethylene vinyl acetate (EVA) copolymer grade. Exhibits superior acoustic performance, good strength, good... view more

Ateva® 2810A by Celanese is a clear to white colored, water insoluble ethylene vinyl acetate (EVA) copolymer grade. Exhibits superior acoustic performance, good adhesion & cohesive strength... view more

Ateva® 2820A by Celanese is a clear to white colored, water insoluble ethylene vinyl acetate (EVA) copolymer grade. Exhibits superior acoustic performance, good adhesion & cohesive strength... view more

CELSTRAN® +PP-GF20-05CN05 Black by Celanese is a chemically coupled polypropylene impact copolymer (PP, Impact Copolymer) grade, reinforced with 20% long glass fiber of 10 mm, reducing creep... view more

CELSTRAN® +PP-GF30-05CN01/10 by Celanese is a chemically coupled polypropylene impact copolymer (PP, Impact Copolymer) grade, reinforced with 30% long glass fiber of 10 mm, reducing creep... view more

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

CELSTRAN® POM-GF25-04 AF3001 by Celanese is a chemically coupled polyacetal copolymer (POM Copolymer), reinforced with 25% long glass fiber. Exhibits low temperature impact resistance, good creep... view more

CELSTRAN® POM-GF35-04 AF3001 by Celanese is a chemically coupled polyacetal copolymer (POM Copolymer), reinforced with 35% long glass fiber. Exhibits low temperature impact resistance, good creep... view more

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

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

CELSTRAN® PP-GF30-05 natural 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

Celcon® CF802 CF3500 NATURAL by Celanese is a conductive, fuel compatible, general purpose polyacetal copolymer (POM). It provides excellent hardness & rigidity, thermal-oxidative stability, excellent resilience... view more

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

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

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

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

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

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