LUVOCOM® 1-0889-2 by Lehmann & Voss is a black colored, heat stabilized polyamide 66 grade reinforced with carbon & glass fiber. It shows electrically conductivity and low warpage. It exhibits... view more

LUVOCOM® 1-0889-4 by Lehmann & Voss is an electrically conductive, heat stabilized polyamide 66 reinforced with carbon & glass fiber. It exhibits reduced moment of inertia compared with metal parts... view more

LUVOCOM® 1-0889-5 by Lehmann & Voss is a heat stabilized, electrically conductive, polyamide 66 reinforced with carbon & glass fiber. This grade is processed by injection molding. It exhibits low... view more

LUVOCOM® 1-1108 by Lehmann & Voss is a heat-stabilized, polyamide 66 grade which is reinforced with carbon fibers. It can reduce moment of inertia compared with metal parts. It is electrically conductive and... view more

LUVOCOM® 1-1111 by Lehmann & Voss is a heat stabilized, electrically conductive, polyamide 66 reinforced with carbon fiber and PTFE. It shows low coefficient of thermal expansion and low warpage... view more

LUVOCOM® 1-1119 by Lehmann & Voss is an electrically conductive, heat stabilized, polyamide 66 reinforced with carbon fiber. It shows low coefficient of thermal expansion and reduced moment of... view more

LUVOCOM® 1-1120 by Lehmann & Voss is polyamide 66 filled with PTFE. It is a lubricant modified, high viscosity grade. It offers improved friction and wear behavior. It is optimized for dry running... view more

LUVOCOM® 1-1120-M by Lehmann & Voss is a lubricant modified, high viscosity, polyamide 66 filled with PTFE. It shows improved friction and wear behavior. It is optimized for dry running operations... view more

LUVOCOM® 1-1129 by Lehmann & Voss is a dark gray colored, heat stabilized, lubricant modified polyamide 66 grade reinforced with polytetrafluoroethylene (PTFE) and glass fiber. It shows improved... view more

LUVOCOM® 1-3260 by Lehmann & Voss is a black colored, heat stabilized polyamide 66 reinforced with polytetrafluoroethylene (PTFE). It exhibits improved friction & wear behavior and isotropic... view more

LUVOCOM® 1-7139 by Lehmann & Voss is heat stabilized, polyamide 66. It is reinforced with aramid and polytetrafluroethylene (PTFE). It shows improved friction, low warpage and wear behavior. It is... view more

LUVOCOM® 1-7177-K by Lehmann & Voss is polyamide 66 filled with PTFE. It is lubricant modified, heat stabilized grade. It shows improved friction, wear behavior and isotropic shrinkage... view more

LUVOCOM® 1-7360 by Lehmann & Voss is polyamide 66 filled with PTFE. It is a lubricant modified, high viscosity grade. It offers improved friction and wear behavior. LUVOCOM® 1-7360 is optimized for... view more

LUVOCOM® 1-7384/EG/GY by Lehmann & Voss is a gray colored, high viscosity, heat stabilized polyamide 66 reinforced with polytetrafluoroethylene (PTFE). It exhibits improved friction & wear behavior... view more

LUVOCOM® 1-8181 by Lehmann & Voss is toughness-modified, polyamide 66. It is reinforced with carbon fibers. It is suitable for strong, stiff & impact-resistant parts. It exhibits low warpage and... view more

LUVOCOM® 1-8520 by Lehmann & Voss is a toughness modified, polyamide 66 reinforced with carbon fiber. It is processed by injection molding. This grade exhibits reduced moment of inertia compared with metal... view more

LUVOCOM® 1-8843 by Lehmann & Voss is a thermally conductive, heat stabilized, polyamide 66 reinforced with glass fiber. It possesses emergency (dry) running capability. It is processed by injection... view more

LUVOCOM® 1-8864/ES by Lehmann & Voss is an electrically conductive, polyamide 66 reinforced with steel fibers. It is processed by injection molding. It is suitable for continuous discharging of... view more

LUVOCOM® 1/CF/10/TF/20/BK by Lehmann & Voss is an electrically conductive, heat stabilized, polyamide 66 reinforced with carbon fiber and polytetrafluoroethylene (PTFE). It exhibits improved... view more

LUVOCOM® 1/CF/15/HS by Lehmann & Voss is a heat stabilized polyamide 66 grade reinforced with carbon fiber. It exhibits low coefficient of thermal expansion and reduced moment of inertia compared with metal... view more