ChopVantage® HP 3540 by PPG Fiber Glass is chopped strand fibergl designed to reinforce various types of resins, especially polyamide 6 (PA6) and polyamide 66 (PA66). Compatibility of ChopVantage®... view more

ChopVantage® HP 3610 by PPG Fiber Glass is chopped strand fiberglass that is designed to reinforce a wide range of polyamide (PA) formulations. It combines excellent feeding characteristics, high... view more

Chopped strand fiberglass from PPG Fiber Glass that is designed to reinforce a wide range of polyamide (PA) formulations, especially PA6 and PA66. The product combines excellent feeding... view more

Chopped strand fiberglass from PPG Fiber Glass that is designed to reinforce a wide range of polyamide (PA) formulations. With the best-in-class sizing chemistry of CHOPVANTAGE HP 3610 chopped... view more

Chopped strand fiberglass from PPG Fiber Glass that is designed to reinforce a wide range of polyamide (PA) resins and are intended for use in several cross-function PA applications. Superior... view more

TUFRov® 4510 by PPG Fiber Glass is a tailor-made roving glass fiber grade. Acts as a reinforcing agent. Each package is in a wrap film with each pallet stretch wrapped to protect the fiber glass... view more

TUFRov® 4588 by PPG Fiber Glass is a multi-purpose roving glass fiber grade. Acts as a reinforcing agent. Each package is in a wrap film with each pallet stretch wrapped to protect the fiber glass... view more

Chopped strands for thermoset molding compounds provide increased strengths, impact resistance and dimensional stability. Proprietary silane-based finishes are applied to the surface of each fiber... view more

Chopped strands for thermoset molding compounds provide increased strengths, impact resistance and dimensional stability. Proprietary silane-based finishes are applied to the surface of each fiber... view more

Chopped strands for thermoset molding compounds provide increased strengths, impact resistance and dimensional stability. Proprietary silane-based finishes are applied to the surface of each fiber... view more