EMAC® + SP1501 by Westlake Chemical is a 20% Ethyl methyl acrylate copolymer. Acts as an adhesion promoter for hot-melt adhesives. Provides excellent elasticity and low temperature performance. It... view more

Non-emulsifiable, medium density, relatively low molecular weight polyethylene wax. It has low viscosity and modifies flow properties. Suitable of hot melt ashesives... view more

Non-emulsifiable, higher density polyethylene wax. It has low viscosity and high softening point. It is used to adjust set speed in hot melt ashesives... view more

Epolene® C-10 by Westlake Chemical is a branched low density polyethylene homopolymer. Exhibits excellent thermal stability, low color and medium molecular weight. Epolene® C-10 is used as a base... view more

Epolene® C-13 by Westlake Chemical is a branched low density polyethylene homopolymer. Exhibits excellent thermal stability, low color and medium molecular weight. Epolene® C-13 is used as a base... view more

Epolene® C-13P by Westlake Chemical is a branched low density polyethylene homopolymer. Exhibits excellent thermal stability, low color and medium molecular weight. Shows compatibility with many... view more

Epolene® C-15 by Westlake Chemical is a branched low density polyethylene homopolymer. Exhibits excellent thermal stability, low color and medium molecular weight. Epolene® C-15 is used as a base... view more

Epolene® C-15P by Westlake Chemical is a branched low density polyethylene homopolymer. Exhibits excellent thermal stability, low color and medium molecular weight. Shows compatibility with many... view more

Epolene® C-16 by Westlake Chemical is a branched low density polyethylene modified with maleic anhydride. Exhibits excellent thermal stability, low color and medium molecular weight. The maleic... view more

Epolene® C-16P by Westlake Chemical is a branched low density polyethylene modified with maleic anhydride. Exhibits excellent thermal stability, low color and medium molecular weight. The maleic... view more

Epolene® C-17 by Westlake Chemical is a branched low density polyethylene with a relatively high melt point and viscosity. Exhibits excellent thermal stability, low color, medium molecular weight... view more

Epolene® C-17P by Westlake Chemical is a branched low density polyethylene with a relatively high melt point and viscosity. Exhibits excellent thermal stability, low color, medium molecular weight... view more

Epolene® C-18 by Westlake Chemical is a branched low density polyethylene modified with maleic anhydride. Exhibits excellent thermal stability, low color and medium molecular weight. The maleic... view more

Epolene® C-19 by Westlake Chemical is a branched low density polyethylene modified with maleic anhydride. Exhibits excellent thermal stability, low color and medium molecular weight. The maleic... view more

Epolene® E-10 by Westlake Chemical is a low molecular weight, low density, oxidized polyethylene. Exhibits low softening point which produces stable water-based emulsions. Epolene® E-10 is used as a... view more

Epolene® E-14 by Westlake Chemical is a low molecular weight, low density, oxidized polyethylene. Suitable for use in water-based adhesives, solvent-based adhesives and hot-melt adhesives. Epolene... view more

Epolene® E-14E by Westlake Chemical is a low molecular weight, low density, oxidized polyethylene. Exhibits low softening point and produces stable water-based emulsions. Epolene® E-14E is suitable... view more

Epolene® E-14EP by Westlake Chemical is a low molecular weight, low density, oxidized polyethylene. Exhibits low softening point and produces stable water-based emulsions. Epolene® E-14EP is... view more

Epolene® E-14P by Westlake Chemical is a low molecular weight, low density, oxidized polyethylene. Suitable for use in water-based adhesives, solvent-based adhesives, pressure sensitive- and... view more

Epolene® E-16 by Westlake Chemical is a low molecular weight, low density, oxidized polyethylene. Epolene® E-16 is suitable for use in water-based adhesives, solvent-based adhesives... view more