EB171 by Westlake Chemical is a medium density polyethylene grade. Exhibits good transverse direction shrinkage, optical properties, excellent machinability and good toughness. EB171 is suitable for... view more

EBAC® SP2810 by Westlake is a soft, flexible, impact modified, plasticizers-free ethylene butyl acrylate (EBA) copolymer grade with 16% butyl acrylate (BA). Exhibits good heat & radio frequency (RF)... view more

EF1807 by Westlake Chemical is a low density polyethylene grade. Exhibits good toughness. Is suitable for processing by blown film extrusion. Recommended for shrink film and frozen food packaging... view more

EF1925 by Westlake Chemical is a low density polyethylene grade. It can be processed using blown film extrusion. Suggested for film applications that require a good balance of properties such as... view more

EF403 by Westlake Chemical is a low-density polyethylene grade. Exhibits fractional melt, excellent shrinkability and very good optical properties. EF403 is suitable for processing by blown film... view more

EF412 by Westlake is a low density, general-purpose polyethylene (LDPE) grade. Exhibits high strength, clarity and optical properties. Suitable for processing by blown film extrusion. EF412 is... view more

EF418 by Westlake Chemical is a low density polyethylene grade. Exhibits excellent optical properties. It can be processed using blown film extrusion. Applications include light & medium duty... view more

EF601 by Westlake Chemical is a low-density polyethylene grade. Exhibits excellent toughness. Is suitable for processing by blown film extrusion. Recommended for heavy duty bags, heavy duty shipping... view more

EF602 by Westlake Chemical is a low-density polyethylene grade. Exhibits excellent toughness. Is suitable for processing by blown film extrusion. Recommended for heavy duty refuse bags & liners... view more

EF603 by Westlake Chemical is a low-density polyethylene grade. Exhibits excellent toughness and processability. Is suitable for processing by blown film extrusion. Recommended for heavy duty refuse... view more

EF606 by Westlake Chemical is a low-density polyethylene grade. Exhibits excellent processability. Is suitable for processing by blown film extrusion. Recommended for trash bags, general purpose... view more

EF608 by Westlake Chemical is a low-density polyethylene grade. Exhibits excellent drawdown and high melt index. Is suitable for processing by blown film extrusion. EF608 complies with FDA 21 CFR... view more

EF677 by Westlake Chemical is a low-density polyethylene grade. Exhibits excellent drawdown and high melt index. Is suitable for processing by blown film extrusion. Recommended for high drawdown... view more

EF706AA by Westlake Chemical is a low-density polyethylene grade. Exhibits good stiffness and machinability. Is suitable for processing by blown film and cast film extrusion. Recommended for cast... view more

EF796 by Westlake Chemical is a general purpose low density polyethylene grade. Is suitable for processing by blown film extrusion. Recommended for disposable diaper film, food-contact and... view more

EF923 by Westlake Chemical is a low density polyethylene grade. Exhibits good clarity. Is suitable for processing by blown film extrusion. Recommended for bread bags, food packaging, food-contact... view more

ELEVATE® EB502 by Westlake Chemical is an impact modified ethylene vinyl acetate copolymer with 12.5% vinyl acetate (VA) content. Exhibits excellent toughness, good heat sealing characteristics... view more

ELEVATE® EB561 by Westlake Chemical is a fractional melt index, ethylene vinyl acetate (EVA) copolymer with 6.5% vinyl acetate (VA). Provides excellent toughness, low temperature brittleness... view more

ELEVATE® EB591 by Westlake Chemical is an ethylene vinyl acetate copolymer with 9% vinyl acetate (VA). Provides excellent toughness, low temperature brittleness and good heat sealing... view more

ELEVATE® EF437 by Westlake Chemical is an ethylene vinyl acetate copolymer with 2.5% vinyl acetate (VA). Provides excellent heat sealing characteristics and low temperature brittleness properties... view more