Vinnolit® C 100 V by Westlake Vinnolit is a high molecular weight PVC suspension homopolymer extender resin for paste making. It combines the good viscosity-reducing properties of the extender... view more

Vinnolit® C 12/62 V by Westlake Vinnolit is a vinyl chloride/ vinyl acetate copolymer extender resin. It is an odorless white powder that is virtually insoluble in water. It contains high vinyl... view more

Vinnolit® C 65 V by Westlake Vinnolit is a suspension vinylchloride homopolymer with small particle size and narrow particle size distribution suitable for paste making. It is an odorless white... view more

Vinnolit® E 2059 by Westlake Vinnolit is an antistatic emulsion PVC for thermoplastic processing of PVC. It accelerates fusion, improves melt homogeneity and facilitates the production of films with... view more

Vinnolit® E 2169 by Westlake Vinnolit is an emulsion PVC for thermoplastic processing of PVC. It is primarily used to make semi-rigid & flexible profiles and films as well as flooring. Offers... view more

Vinnolit® E 2178 by Westlake Vinnolit is an emulsion PVC with a high K value for rigid film calendering by Luvitherm process. It provides excellent mechanical properties, high toughness, high tear... view more

Vinnolit® E 67 FF by Westlake Vinnolit is a fine particle size, low medium molecular weight emulsion type PVC homopolymer with a medium emulsifier content. Offers outstanding foaming... view more

Vinnolit® E 67 FF neo by Westlake Vinnolit is an odorless, fine particle size and emulsion type polyvinylchloride (PVC) homopolymer grade by Vinnolit. Exhibits low viscosity over all shear rates... view more

Vinnolit® E 67 HE by Westlake Vinnolit is an odorless, very fine emulsion polyvinylchloride (PVC) homopolymer grade. It contains medium emulsifier content. Exhibits low viscosity plastisols with... view more

Vinnolit® E 67 ST by Westlake Vinnolit is a very fine-particle, paste making emulsion vinyl chloride homopolymer, giving medium viscosity plastisols with a good shelf life. It foams with good... view more

Vinnolit® E 68 CF by Westlake Vinnolit is a very fine-particle, pastemaking emulsion homopolymer that is readily converted into low-viscosity plastisols with a good shelf life. It is an odorless... view more

Vinnolit® E 68 CT by Westlake Vinnolit is an E-PVC homopolymer grade. It readily converts into plastisols of very low viscosity and good shelf life, even at high filler loads. It is an odorless... view more

Vinnolit® E 68 FO by Westlake Vinnolit is a fine-particle, pastemaking emulsion PVC homopolymer that is readily converted into low-viscosity plastisols with a good shelf life. It is an odorless... view more

Vinnolit® E 68 SA by Westlake Vinnolit is a fine-particle, paste making emulsion PVC homopolymer, classified as a low to medium viscosity resin. It is an odorless white powder that is virtually... view more

Vinnolit® E 69 ST by Westlake Vinnolit is a very fine-particle, paste making emulsion PVC homopolymer, giving medium viscosity plastisols with a good shelf life. Plastisols formed exhibit slightly... view more

Vinnolit® E 69 VS by Westlake Vinnolit is a very fine-particle, paste making emulsion PVC homopolymer with a medium emulsifier content. It is an odorless white powder which is virtually insoluble in... view more

Vinnolit® E 70 CQ by Westlake Vinnolit is a fine-particle, paste-making emulsion homopolymer giving very high-viscosity plastisols with a good shelf-life. Offers the possibility of obtaining... view more

Vinnolit® E 70 LF by Westlake Vinnolit is an odorless, fine-particle paste making copolymer of vinyl chloride and 5% vinyl acetate for low fusion temperatures. It yields low viscosity plastisols... view more

Vinnolit® E 70 SC by Westlake Vinnolit is a fine-particle, paste-making copolymer of vinyl chloride and vinyl acetate yielding low viscosity plastisols with excellent storage stability. Exhibits... view more

Vinnolit® E 70 TT by Westlake Vinnolit is a fine particle polyvinyl chloride (PVC) homopolymeric emulsion grade designed for paste applications. It can be easily converted into a plastisol with very... view more