RTP 1500-55D TFE 10 is a lubricated polyether-ester block copolymer (TEEE/COPE) grade reinforced with 10% PTFE. Exhibits slip resistance, shock absorption, ergonomic comfort, soft texture, excellent... view more

RTP 1500-55D TFE 15 by RTP Company is a lubricated polyether-ester block copolymer (TEEE/COPE) grade filled with 15% PTFE. It provides shock absorption, ergonomic comfort and soft texture. It offers... view more

RTP 1500-72D TFE 15 by RTP Company is a lubricated polyether-ester block copolymer (TEEE/COPE) grade filled with 15% PTFE. It exhibits slip-, heat-, chemical-, hydrocarbon- (grease & oil), impact... view more

RTP 1500-82D TFE 15 by RTP Company is a lubricated polyether-ester block copolymer (TEEE/COPE) grade filled with 15% PTFE. It offers high tensile strength, excellent wear properties, exceptional... view more

RTP 300 GB 10 is a polycarbonate (PC) grade reinforced with 10 % glass bead. Exhibits good creep resistance, toughness, dimensional stability, low fatigue endurance, excellent impact strength, high... view more

RTP 300 GB 20 by RTP Company is a polycarbonate (PC) grade reinforced with 20% glass bead. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 300 GB 30 by RTP Company is a polycarbonate (PC) grade reinforced with 30% glass beads. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 300 MG 30 by RTP Company is a polycarbonate (PC) grade reinforced with 30% milled glass. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 300 UV by RTP Company is a UV stabilized polycarbonate (PC) grade. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers excellent impact... view more

RTP 301 by RTP Company is a polycarbonate (PC) grade reinforced with 10% glass fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 302 is a polycarbonate (PC) grade reinforced with 15 % glass fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It provides excellent impact... view more

RTP 303 by RTP Company is a polycarbonate (PC) grade reinforced with 20% glass fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It provides... view more

RTP 305 by RTP Company is a polycarbonate (PC) grade reinforced with 30% glass fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 307 by RTP Company is a polycarbonate (PC) grade reinforced with 40% glass fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 381 by RTP Company is a polycarbonate (PC) grade reinforced with 10% carbon fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 381 EM by RTP Company is a self-extinguishing, halogen free, polycarbonate (PC) grade reinforced with 10% carbon fiber. It exhibits easy molding, good creep resistance, toughness, dimensional... view more

RTP 382 by RTP Company is a polycarbonate (PC) grade reinforced with 15% carbon fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 383 by RTP Company is a polycarbonate (PC) grade reinforced with 20% carbon fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 385 by RTP Company is a polycarbonate (PC) grade reinforced with 30% carbon fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It offers... view more

RTP 387 by RTP Company is a polycarbonate (PC) grade reinforced with 40% carbon fiber. It exhibits good creep resistance, toughness, dimensional stability and low fatigue endurance. It provides... view more