TECHNYL® 1015CR (TECHNYL® 101CR BRIGHT) by DOMO Chemicals is a polyamide PA 6 grade. Possesses high mechanical strength, surface finish, high fluidity and good mold release. Exhibits high... view more

TECHNYL® 2210HS (TECHNYL® 2210HS BLACK) by DOMO Chemicals is a lubricated polyamide PA 66 grade. Possesses high mechanical strength, softness and good surface finish. Exhibits long term heat... view more

TECHNYL® A 20 V25 BLACK 2006 CF by DOMO Chemicals is a red phosphorous-free, flame retardant (UL94 V-0) polyamide 66 (PA 66, Nylon 66) grade reinforced with 25% glass fiber. Offers good mechanical... view more

TECHNYL® A 20 V25 NATURAL by DOMO Chemicals is a phosphorous flame retardant (UL 94 V0) polyamide 66 (PA 66, Nylon 66) grade reinforced with 25% glass fiber. Offers good mechanical properties and... view more

TECHNYL® A 205F NATURAL by DOMO Chemicals is an unreinforced polyamide 66 grade. Offers excellent filling qualities, good flow, fast molding cycle and good mold release. Suitable for injection... view more

TECHNYL® A 205F NC by DOMO Chemicals is an unreinforced polyamide 66 grade. It is particularly suitable for the molding of long parts with thin wall sections It offers fast molding cycle. It can be... view more

TECHNYL® A 208F by DOMO Chemicals is a heat stabilized polyamide PA 66 grade. Possesses high fluidity, fast molding cycle and high temperature performance. Exhibits good processability, excellent... view more

TECHNYL® A 208K BLACK 10N-L is a polyamide PA 66 grade. Possesses good toughness, high temperature performance and mechanical strength. Exhibits good processability & U.V.-, hydrolysis-, chemical... view more

TECHNYL® A 216 BLACK 21 N by DOMO Chemicals is a medium viscosity polyamide PA 66 grade. Possesses good mechanical strength, thermal properties and high temperature performance. Exhibits good... view more

TECHNYL® A 216 NATURAL by DOMO Chemicals is a standard viscosity polyamide 66 grade. Possesses high mechanical strength, thermal properties and high temperature performance. Exhibits good... view more

TECHNYL® A 216 NC by DOMO Chemicals is an unreinforced, standard viscosity polyamide 66 grade. It offers thermal and mechanical properties, chemical-, impact- and abrasion resistance. It can be... view more

TECHNYL® A 216 V15 BLACK 21N by DOMO Chemicals is a general purpose polyamide 66 (PA 66) grade reinforced with 15% glass fiber. Exhibits good flow, good mold release and dimensional stability... view more

TECHNYL® A 216 V15 NATURAL by DOMO Chemicals is polyamide 66 (PA 66) grade reinforced with 15% glass fiber. It exhibits good flow. Offers excellent thermal & mechanical properties, good mold release... view more

TECHNYL® A 216 V25 BLACK 1 NR by DOMO Chemicals is polyamide 66 (PA 66) grade reinforced with 25% glass fiber. Offers low halogen content, excellent thermal and mechanical properties, good... view more

TECHNYL® A 216 V25 NATURAL R by DOMO Chemicals is polyamide 66 (PA 66) grade reinforced with 25% glass fiber. It exhibits good flow. Offers excellent thermal and mechanical properties, good... view more

TECHNYL® A 217 BLACK 1N by DOMO Chemicals is a heat stabilized, unreinforced polyamide 66 grade with standard viscosity. Exhibits improved resistance to high temperature and can be used for... view more

TECHNYL® A 218 NATURAL by DOMO Chemicals is an unreinforced, heat stabilized polyamide 66 grade. Offers improved high temperature resistance and can be used for components that can withstand... view more

TECHNYL® A 218 V35 NC by DOMO Chemicals is a heat stabilized polyamide 66 reinforced with 33% of glass fiber. It offers an excellent combination between thermal and mechanical properties. It can be... view more

TECHNYL® A 221T1 NATURAL S is an unfilled polyamide 66 grade by DOMO Chemicals. It has a special crystallizing agent for very fast molding cycles, with improved thermal stability. Designed for... view more

TECHNYL® A 238 V13 BK 21N by DOMO Chemicals is an impact modified, heat stabilized polyamide 66 grade reinforced with 13% of glass fiber. It offers excellent combination between rigidity and impact... view more