10641 by Westlake Chemical is a general purpose, non-lead stabilized flexible polyvinyl chloride (PVC) grade. Offers good flexibility and good low temperature resistance. It can be processed using... view more

10705 by Westlake Chemical is a general purpose, non-lead stabilized, flexible polyvinyl chloride (PVC) grade. Offers good low temperature resistance. It is suitable for processing by injection... view more

10706 by Westlake Chemical is a non-lead stabilized, flexible polyvinyl chloride (PVC) grade. Offers good low temperature resistance. PVC 10706 is formulated for increased line speed and reduced... view more

10757 by Westlake Chemical is a general purpose, non-lead stabilized flexible polyvinyl chloride (PVC) grade. It is suitable for processing by extrusion. It has a maximum service temperature of... view more

10870 by Westlake Chemical is a general purpose, non-lead stabilized flexible polyvinyl chloride (PVC) grade. It is suitable for processing by extrusion. Depending on wall thickness, It can service... view more

11701 by Westlake Chemical is a general purpose, matte finish flexible polyvinyl chloride (PVC) grade. It is suitable for processing by extrusion. It is recommended for speaker wire and wire... view more

12792 by Westlake Chemical is a general purpose, non-lead stabilized flexible polyvinyl chloride (PVC) grade. Offers good low temperature resistance. It is suitable for processing by extrusion. It... view more

12880 by Westlake Chemical is a general purpose flexible polyvinyl chloride (PVC) grade. Offers good sunlight resistance of 720 hours and excellent weatherable properties. It is suitable for... view more

14820 by Westlake Chemical is a general purpose, non-lead stabilized flexible polyvinyl chloride (PVC) grade. It is suitable for processing by extrusion. It is formulated for a variety of tray... view more

19781 by Westlake Chemical is a flexible PVC compound. Suitable for processing by extrusion. Recommended for general purpose wire and cable insulation or jacketing applications... view more

8601 by Westlake Chemical is a general purpose flexible molding PVC compound. Suitable for processing by extrusion. Suitable for non-weathering applications. It could possibly be used for tubing... view more

8757 by Westlake Chemical is a general purpose, flexible PVC compound. Possesses exceptional flow characteristics. Designed for extruded shapes, weather strips, flexible gaskets and non-weathering... view more

8758 by Westlake Chemical is a general purpose, flexible polyvinyl chloride compound suitable for processing by extrusion. Designed for non-weathering applications and possesses exceptional flow... view more

8779 by Westlake Chemical is a general purpose, flexible PVC compound. Suitable for processing by extrusion. Designed for waterstops per Corps of Engineers Specification CRD-C 572-74... view more

8897 by Westlake Chemical is a flexible polyvinyl chloride compound for general purpose applications. It is formulated for increased impact performance and microbial resistance. Suitable for... view more

8900 by Westlake Chemical is a general purpose flexible polyvinyl chloride (PVC) grade. It is suitable for processing by extrusion. Provides excellent clarity... view more

ASPIRE VINYL™ G650 by Westlake Chemical is a sustainable, general purpose, flexible extrusion PVC compound for interior applications. It is phthalate- and heavy metal-free. It contains organic-based... view more

ASPIRE VINYL™ G700 is a sustainable, general purpose, flexible extrusion PVC compound by Westlake Chemical. It contains organic-based stabilizers and bio-based plasticizers produced from renewable... view more

ASPIRE VINYL™ G750 is a general purpose, sustainable, flexible PVC compound by Westlake Chemical. It contains organic-based stabilizers and bio-based plasticizers produced from renewable resources... view more

ASPIRE VINYL™ G800 by Westlake Chemical is a sustainable, flexible PVC compound. It is a general purpose grade suitable for processing by extrusion. It contains organic-based stabilizers and... view more