RTP 200 D MS is a nylon (polyamide) 6/12 grade filled with 4% molybdenum disulfide. Exhibits reduced crystallinity, low water absorption, strength, heat resistance, chemical resistance (excellent... view more

RTP 281 D TFE 10 is a nylon (polyamide) 6/12 grade reinforced with 10% carbon fiber and filled with 10% lubricated PTFE. Exhibits reduced crystallinity, low water absorption, strength, heat... view more

RTP 283 D TFE 15 is a nylon (polyamide) 6/12 grade reinforced with 20% carbon fiber and filled with 15% lubricated PTFE. Exhibits reduced crystallinity, low water absorption, strength, heat... view more

RTP 283 D TFE 15 SI 2 is a nylon (polyamide) 6/12 grade reinforced with 20% carbon fiber and filled with 15% lubricated PTFE & 2% silicone. Exhibits reduced crystallinity, low water absorption... view more

RTP 285 D is a nylon (polyamide) 6/12 grade reinforced with 30% carbon fiber. Exhibits reduced crystallinity, low water absorption, strength, heat resistance, chemical resistance (excellent for weak... view more

Haton® hCF31 is a polyphenylene sulfide (PPS) grade by Sichuan Deyang, reinforced with 30% carbon fiber filler. Exhibits high rigidity, long-working thermal stability, outstanding mechanic... view more

Haton® hCF41 is a high strength polyphenylene sulfide (PPS) grade by Sichuan Deyang, reinforced with 40% carbon fiber filler. Exhibits high rigidity, long-working thermal stability, outstanding... view more

Haton® hFR31 is a conductive polyphenylene sulfide (PPS) grade by Sichuan Deyang. Exhibits high rigidity, long-working thermal stability, outstanding mechanic performance, surface hardness and... view more

Haton® hFR70 is a thermally conductive polyphenylene sulfide (PPS) grade by Sichuan Deyang. Exhibits high rigidity, long-working thermal stability, outstanding mechanic performance, surface hardness... view more

Haton® hFR81 is a reinforced polyphenylene sulfide (PPS) grade by Sichuan Deyang. Exhibits high rigidity, long-working thermal stability, outstanding mechanic performance, surface hardness and... view more