This is a high-performance, high-flow, glass reinforced, heat and metal stabilized polypropylene compound designed for structural applications. It is suited for light-weighting by replacement of high density engineered materials.

This is a high-performance, high-flow, glass reinforced, heat and metal stabilized polypropylene compound designed for structural applications. It is suited for light-weighting by replacement of high density engineered materials.

This is a calcium carbonate filled polypropylene compound that has been optimized for applications requiring improved impact resistance and stiffness balance.

This is a general purpose glass fiber reinforced polypropylene compound that has been optimized for applications requiring nominal strength and stiffness.

This is a general purpose mineral filled polypropylene compound that has been designed applications requiring good ductility and UV stabilization.

This is a glass fiber and mineral dual-reinforced polypropylene compound that has been optimized for applications requiring good strength/stiffness balance with dimensional stability.

This is a calcium carbonate filled polypropylene compound that has been UV stabilized and optimized for applications requiring good dimensional stability.

This is a calcium carbonate filled polypropylene compound that has been basic stabilized and optimized for applications requiring good impact & dimensional stability.

This is a general purpose mineral filled polypropylene compound that has been heat stabilized for applications requiring long term heat exposure and good dimensional stability.

This is a general purpose mineral filled polypropylene compound that has been heat stabilized for applications requiring long term heat exposure and good dimensional stability.

This is a calcium carbonate filled polypropylene compound that has been UV stabilized and optimized for applications requiring good dimensional stability.

This general purpose talc filled polypropylene compound has been heat stabilized for high temperature operating environments. Grades that are suitable for metal contact are also available. In addition, this compound is designed for good dimensional stability.

This general purpose talc filled polypropylene compound has been heat stabilized for high temperature operating environments. In addition, this compound is designed for high stiffness and good dimensional stability.

This is a 40% talc-filled Polypropylene compound that is stabilized for interior applications.

This general purpose talc filled polypropylene compound has been designed for high stiffness and good dimensional stability.

This general purpose talc filled polypropylene compound has been designed for heat stability, high stiffness and good dimensional stability.

This is a 20% glass reinforced polypropylene compound that has been designed with flame retardant content for use in applications requiring resistance to ignition is required.

This is a 20% talc filled polypropylene compound that has been designed with flame retardant content for use in applications requiring resistance to ignition.

This is a 20% talc filled polypropylene compound that has been designed with flame retardant content for use in applications requiring resistance to ignition.

This is a 30% glass reinforced polypropylene compound that has been designed with flame retardant content for use in applications requiring resistance to ignition and where good strength and stiffness performance is required.

This is an unreinforced polypropylene compound that has been designed with flame retardant content for use in applications requiring resistance to ignition and nominal impact performance.

This is specialty compounded polypropylene compound that has been designed with flame retardant content for use in applications requiring resistance to ignition.

This is a glass reinforced polypropylene compound that has been designed for good impact performance.

This is a glass reinforced polypropylene compound that has been designed for good impact performance and comes with UV resistance. The improved melt strength of this material also makesit suitable for extrusion applications.

15% Glass Fiber Reinforced PP This is a glass reinforced polypropylene compound that has been designed for good impact performance.

This is a glass reinforced, heat-stabilized, polypropylene compound that has been designed for good impact performance.

This is a glass reinforced polypropylene compound that has been designed with high melt flow for thin-wall molding and heat stabilized for underhood applications.

This is a glass reinforced polypropylene compound that has been designed with heat stabilization for underhood applications.

This polypropylene compound is UV stabilized and is ideal for liquid-handling or outdoor applications.

This is a glass reinforced polypropylene compound that has been designed for high strength and stiffness for structural applications and is included with heat stabilization for underhood applications.

This is a glass reinforced, heat-stabilized, polypropylene compound that has been designed for applications requiring good ductility.

This is a glass reinforced polypropylene compound that has been designed for applications requiring good ductility.

This is a glass-reinforced polypropylene compound designed for optimal property performance, including weathering resistance, and is ideal for water handling application compliance.

This polypropylene compound is UV stabilized and is ideal for weathering applications.

This is a glass reinforced polypropylene compound that has been designed for good processability in thin-wall molding and large applications.

This heat-stabilized glass-reinforced polypropylene compound is designed for good impact performance applications.

This polypropylene compound has been designed for improved dimensionaly stability.

This general purpose polyproplylene compound has been heat stabilized for high temperature applications.

This polypropylene compound has been designed for improved impact resistance and UV stability.

This polypropylene compound is UV stabilized and is ideal for water handling applications where exposure to weathering is likely.