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

This general purpose polypropylene compound has been heat stabilized for underhood applications and it is very suitable for thin-walled or large applications requiring good processability.

This general purpose polypropylene compound has been heat stabilized for underhood applications.

This general purpose polypropylene compound has been heat stabilized for underhood applications.

This general purpose compound has been heat stabilized for underhood applications and exhibits excellent resilience to degradation.

This general purpose polypropylene compound has been heat stabilized for underhood applications. It is very suitable for good processability in thin-walled or large applications.

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

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

This general purpose polyproplylene compound has been designed for applications requiring good UV resistance.

This polyproplylene compound has been designed for enhanced impact resistance. It may be suitable for some extrusion applications.

This polyproplylene glass-reinforced compound is designed to provide good strength and stiffness for structural performance needs.

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

This polyproplylene compound has been UV and heat stabilized for higher temperature exposure conditions, including liquid handling and outdoor applications.

The performance of this compound has been optimized for improved dimensional stability and has been heat stabilized for high temperature applications.

This material has been optimized for improved dimensional stability and easy processing of thin-wall and large applications and is UV-stabilized.

This general purpose compound has been optimized for improved dimensional stability.

The performance of this compound has been optimized for improved dimensional stability, and heat stabilized for higher temperature applications.

This general purpose compound is designed for high strength and stiffness. Additionally, it has been heat stabilized for higher temperature applications.

This general purpose compound is designed for high strength and stiffness. Additionally, it has been heat stabilized for higher temperature applications.

This polyproplylene compound has been designed for enhanced impact resistance.

The performance of this compound has been optimized for improved dimensional stability and is heat stabilized for higher temperature applications.

The performance of this compound has been optimized for improved dimensional and temperature stability.

This structural-purpose glass-reinforced polypropylene compound has high strength/stiffness and good creep resistance. Additionally it is heat stabilized for high temperature applications.

This high flow performance compound has been designed for thin-walling and light-weighting of applications and is heat stabilized for high temperature applications.

This is 20% glass-fiber reinforced Polypropylene compound engineered to deliver good balance of properties and is suited for applications requiring heat stability.

This high performance compound has been heat optimized for high strength/stiffness and has good creep resistance.

This is a high performance glass-reinforced polypropylene compound with high strength/stiffness and designed for excellent UV resistance.

This high performance polypropylene compound has been optimized for high strength/stiffness structural applications and is heat stabilized for higher temperature applications.

This high performance polypropylene compound has been optimized for improved impact resistance.

This high performance compound has been optimized for high strength/stiffness and has good creep resistance. It is suitable to enable light-weighting in structural applications by replacement of high density engineered polymer compounds.

This high performance, weathering performance compound has been optimized for high strength/stiffness and has good creep resistance. It is suitable to enable light-weighting in structural applications by replacement of high density engineered polymer compounds. It is also optimized for easy processability in thin-wall or large applications.

This high performance, structural compound has been optimized for high strength/stiffness applications. It is suitable to enable light-weighting in structural applications by replacement of high density engineered polymer compounds.

This superior performance polypropylene compound has been optimized to reduce stress whitening or blush. This material has also improved impact resistance. Recommended for use in furniture and industrial applications.

This superior performance compound has been optimized for excellent strength and stiffness and moderate ductility. Recommended for use in furniture and industrial applications.

This superior performance compound has been optimized with a UV stabilization package.

This performance compound has been optimized for use in structural applications. This high strength material has excellent creep resistance and heat stabilized for higher temperature applications.

This performance compound has been optimized for use in structural applications. This high strength material has excellent creep resistance and has been heat stabilized for higher temperature applications.

This is a 40% fiber glass reinforced polypropylene performance compound designed for replacement of engineered compounds in structural applications and it is also UV stabilized for weathering exposure.

This is a 40% fiber glass reinforced polypropylene performance compound designed for replacement of engineered compounds in structural applications

This is a 35% fiber glass reinforced polypropylene performance compound designed for replacement of engineered compounds in structural applications and it is also heat stabilized for underhood exposure.