Reny® 1002H is a polyamide MXD6 grade reinforced with 30% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water absorption. Shows resistance to... view more

Reny® 1002HUS is a polyamide MXD6 grade reinforced with 30% glass fibers. Exhibits weather resistance, mechanical strength, high modulus, dimensional stability and low water absorption. Shows... view more

Reny® 1012H is a polyamide MXD6 grade reinforced with 40% glass fibers. Exhibits mechanical strength, high modulus, dimensional stability and low water absorption. Shows resistance to oils, organic... view more

Reny® 1021UCS is a UV resistant polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits good mechanical strength, high modulus, dimensional stability and low water absorption. Shows... view more

Reny® 1022H is a polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water absorption. Shows resistance to... view more

Reny® 1022HS is a polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water absorption. Shows resistance to... view more

Reny® 1025 is a polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits high strength, high modulus, dimensional stability and low water absorption. Shows resistance to oils, organic... view more

Reny® 1027 is a polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits weather resistance, mechanical strength, high modulus, dimensional stability and low water absorption. Shows... view more

Reny® 1032H is a polyamide MXD6 grade reinforced with 60% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water absorption. Shows resistance to... view more

Reny® 1035 is a polyamide MXD6 grade reinforced with 60% glass fibers. Exhibits high strength, high modulus, dimensional stability and low water absorption. Shows resistance to oils, organic... view more

Reny® 1038 is a polyamide MXD6 grade reinforced with 60% glass fibers. Exhibits mechanical strength, high modulus, dimensional stability and low water absorption. Shows resistance to oils, organic... view more

Reny® 1071 is a polyamide MXD6 grade reinforced with 55% glass fibers. Exhibits mechanical strength, high modulus, dimensional stability and low water absorption. Shows resistance to oils, organic... view more

Reny® 1313H is a polyamide MXD6 grade reinforced with 40% glass fibers. Exhibits high impact strength, excellent mechanical strength, high modulus, dimensional stability and low water absorption... view more

Reny® 1322 is a polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits high impact strength, excellent mechanical strength, high modulus, dimensional stability and low water absorption... view more

Reny® 1371 is a polyamide MXD6 grade reinforced with 55% glass fibers. Exhibits high impact strength, excellent mechanical strength, high modulus, dimensional stability and low water absorption... view more

Reny® 1002H is a flame retardant polyamide MXD6 grade reinforced with 30% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water absorption. Shows... view more

Reny® 1507 is a flame retardant halogen-free polyamide MXD6 grade reinforced with 30% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water... view more

Reny® 1511AH is a flame retardant polyamide MXD6 grade reinforced with 40% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water absorption. Shows... view more

Reny® 1521AH is a flame retardant polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water absorption. Shows... view more

Reny® 1527 is a flame retardant, halogen free polyamide MXD6 grade reinforced with 50% glass fibers. Exhibits excellent mechanical strength, high modulus, dimensional stability and low water... view more