Glass fiber chopped strand. It is designed to reinforce PBT, ABS, ABS blends (with PC, PBT, PET) and styrenics. Exhibits outstanding dry mechanical properties and especially a high impact... view more

Glass fiber chopped strand. It is designed to reinforce a broad range of polyamide resins, including PA6, PA66, PA610, PA6/66 copolymers and semi-aromatic PA. Exhibits outstanding dry mechanical... view more

Glass fiber chopped strand. It is designed to reinforce polyester PBT resins. Exhibits excellent dry mechanical properties, dispersion and good color characteristics. It can also reinforce and show... view more

Glass fiber chopped strand. It is designed to reinforce PBT, ABS, ABS blends (with PC, PBT, PET) and styrenics. Exhibits outstanding dry mechanical properties and especially a high impact... view more

Glass fiber chopped strand. It is compatible with polycarbonate and PVC resin systems. Provides excellent color, high mechanical properties, dispersion, dimensional stability in resin formulations... view more

Glass fiber chopped strand. It is designed to reinforce polycarbonate PC compounds & blends, polyphenylene oxide PPO or polyphelylene ether PPE resins where specific adhesion with the thermoplastic... view more

Glass fiber chopped strand. It is designed to reinforce polypropylene and polyethylene resins. Exhibits very good dry mechanical properties and excellent resistance in heat ageing and fatigue. Also... view more

Glass fiber chopped strand. It is designed to reinforce high temperature thermoplastics, such as PES, PSU, PPSU, PEI, PEEK, etc. Exhibits excellent mechanical properties, especially stiffness and... view more

Glass fiber roving. It is compatible with polypropylene. It consists of continuous filaments bonded into a single strand. Provides superior mechanical performance, good dispersion, optimal balance... view more

Glass fiber roving. It is compatible with PA. It consists of continuous filaments bonded into a single strand. Provides superior mechanical performances, good dispersion, optimal balance of bundle... view more