It is a renewably sourced long chain polyamide 612 resin. Provides flexible solutions where hydrolysis resistance is required. It is a flexible polyamide with higher melting temperature, low... view more

Zytel® RS 30G30L NC010 by Celanese is a lubricated polyamide 6-10 resin reinforced with 30% glass fiber. It was initially coded FE270063. It contains minimum of 40% renewable sourced ingredients by weight. It... view more

It is a renewable sourced Polyamide 1010. The material is flexible, unreinforced, UV, heat stabilized and suitable for multiple extrusion applications. Delivers wide range of stiffness, toughness... view more

It is a renewably sourced polyamide 1010 resin. It is a flexible, medium viscosity, black extrusion grade developed for applications such as metal tubes sheathing. Delivers wide range of stiffness... view more

Renewable sourced polyamide 1010. The material is flexible, toughened, plasticized, UV, heat stabilized and suitable for multiple extrusion applications. Delivers wide range of stiffness, superior... view more

Grilamid TR® 55 Natural is a high purity transparent polyamide 12 (PA 12) grade based on aliphatic and cycloaliphatic monomers. Possesses very high flexural fatigue strength, high colorability, good... view more

Grilamid TR® 90 Natural is a high purity transparent polyamide 12 (PA 12) grade based on aliphatic and cycloaliphatic monomers. Possesses very high flexural fatigue strength, high colorability, good... view more

Grilamid TR® 90 UV Natural is a light stabilized, high purity transparent, polyamide 12 (PA 12) grade based on aliphatic and cycloaliphatic monomers. Possesses high flexural fatigue strength, good... view more

Grilamid® 2D 25 W 20 HL X Black 9992 is a plasticized, semi-flexible, high viscosity polyamide 6-12 (PA-612) grade, created through poly-condensation of hexamethylene diamine and dodecanedioic acid... view more

Grilamid® 2D 25 W 20 X BLACK 9992 is a plasticized, semi-flexible, light stabilized and impact modified polyamide 612 (PA-612) grade, created through poly-condensation of hexamethylene diamine and... view more