Ateva® ExtruBond™ XB1615 by Celanese is a cost-saving, weldable, transparent EVA (ethylene vinyl acetate) grade containing 16% vinyl acetate. Allows converters to run lines both faster and more... view more

Ateva® ExtruBond™ XB1641 by Celanese is a cost-saving, weldable, transparent EVA (ethylene vinyl acetate) grade containing 16% vinyl acetate. Allows converters to run lines both faster and more... view more

Ateva® ExtruBond™ XB1941 by Celanese is a cost-saving, weldable, transparent EVA (ethylene vinyl acetate) grade containing 19% vinyl acetate. Allows converters to run lines both faster and more... view more

Ateva® ExtruBond™ XB2020 by Celanese is a cost-saving, weldable, transparent EVA (ethylene vinyl acetate) grade containing 20% vinyl acetate. Allows converters to run lines both faster and more... view more

Ateva® ExtruBond™ XB2821A by Celanese is a cost-saving, weldable, transparent EVA (ethylene vinyl acetate) grade containing 28% vinyl acetate. Allows converters to run lines both faster and more... view more

Ateva® ExtruBond™XB2861A by Celanese is a cost-savings, weldable, transparent EVA (ethylene vinyl acetate) grade containing 28% vinyl acetate. Allows converters to run lines both faster and more... view more

CELSTRAN® PP-GF20-03 natural by Celanese is a good impact, chemically coupled polypropylene homopolymer (PP, Homopolymer) grade, reinforced with 20% long glass fiber of 10 mm. Designed for injection... 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

CELSTRAN® PP-GF40-05 Black by Celanese is a polypropylene (PP) grade, reinforced with 40% long glass fiber of 10 mm, reducing creep significantly. Is a heat stabilized and chemically coupled grade... view more

CELSTRAN® PPS-CF30-01 by Celanese is a polyphenylene sulfide (PPS) grade, reinforced with 30% long carbon fiber. Exhibits good impact resistance, high stiffness and modulus. Designed for injection... view more

CELSTRAN® PPS-CF50-02 AF 3002 Natural by Celanese is a polyphenylene sulfide (PPS) grade, reinforced with 50% long carbon fiber. Exhibits good impact resistance, high stiffness and modulus. Designed... view more

CELCON® M25 CC34031 GRAY is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness & rigidity, thermal-oxidative stability, excellent resilience, low... view more

CELCON® M25 CD3068 BLACK by Celanese is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness, rigidity, thermal-oxidative stability, excellent resilience... view more

Celcon® M25 CD7068 BLACK by Celanese is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness & rigidity, thermal-oxidative stability, excellent resilience, low... view more

Celcon® M25 CE33391 HOT PINK by Celanese is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness & rigidity, thermal-oxidative stability, excellent resilience, low... view more

Celcon® M25 CE7430 PURPLE is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness & rigidity, thermal-oxidative stability, excellent resilience, low... view more

Celcon® M25 CF2001 NATURAL is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness & rigidity, thermal-oxidative stability, excellent resilience, low... view more

Celcon® M25 CF2888 NATURAL is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness & rigidity, thermal-oxidative stability, excellent resilience, low... view more

Celcon® M25 CG33836 BLUE is a high molecular weight polyacetal copolymer (POM) resin. Provides excellent toughness, hardness & rigidity, thermal-oxidative stability, excellent resilience, low... view more