ACRYPET™ IR D50 001 by Mitsubishi Chemical is an impact resistant polymethylmethacrylate (PMMA) grade. Exhibits high transparency, good weatherability, good chemical resistance, surface hardness and... view more

Sunfrost™ KA75GA by Mitsubishi Chemical is a soft type, low gloss polyvinyl chloride based thermoplastic elastomer grade. Exhibits matte surface finish with good texture and nice appearance, wide... view more

Sunfrost™ KB75GA by Mitsubishi Chemical is a soft type polyvinyl chloride based thermoplastic elastomer grade. Exhibits low gloss, matte surface finish with good texture and nice appearance, wide... view more

Sunfrost™ KD55JB by Mitsubishi Chemical is a soft polyvinyl chloride based thermoplastic elastomer grade. Offers matte surface finish with good texture and nice appearance. Exhibits low gloss, wide... view more

Sunfrost™ KD60HA by Mitsubishi Chemical is a low gloss polyvinyl chloride based thermoplastic elastomer (PVC) grade. Exhibits matte surface finish with good texture and nice appearance, wide range... view more

Sunfrost™ KD70QA by Mitsubishi Chemical is a polyvinyl chloride based thermoplastic elastomer (PVC) grade. Exhibits wide range of hardness, good molding characteristics & coloring and electrical... view more

Sunfrost™ KD80MA by Mitsubishi Chemical is a low gloss polyvinyl chloride based thermoplastic elastomer (PVC) grade. Exhibits matte surface finish with good texture and nice appearance, wide range... view more

Sunfrost™ KD90EA by Mitsubishi Chemical is a chemical resistant polyvinyl chloride based thermoplastic elastomer grade. Exhibits matte surface finish with good texture and nice appearance, wide... view more

Sunfrost™ KF65GA by Mitsubishi Chemical is a soft type, durable polyvinyl chloride based thermoplastic elastomer (PVC) grade. Exhibits matte surface finish with good texture and nice appearance... view more

Sunprene™ FF40FB by Mitsubishi Chemical is a soft type polyvinyl chloride based thermoplastic elastomer (PVC) grade with outstanding rubber-like elasticity. Exhibits wide range of hardness, good... view more

VINIKA™ CE60QC by Mitsubishi Chemical is a soft, durable polyvinyl chloride (PVC) high quality grade. Exhibits a wide range of hardness, ease of forming, ease of coloring and electrical insulation... view more

VINIKA™ CE80EA by Mitsubishi Chemical is a soft polyvinyl chloride (PVC) high quality grade. Offers well balanced physical properties, excellent durability, chemical and ozone resistance. Exhibits a... view more

VINIKA™ CF80EA by Mitsubishi Chemical is a high quality, soft, ozone resistant polyvinyl chloride (PVC) grade. Exhibits a wide range of hardness, ease of forming, ease of coloring and electrical... view more

VINIKA™ D7619 by Mitsubishi Chemical is a high quality, transparent, rigid polyvinyl chloride (PVC) grade. Exhibits a wide range of hardness, ease of forming, ease of coloring and electrical... view more

VINIKA™ T120D by Mitsubishi Chemical is a high quality, rigid polyvinyl chloride (PVC) grade. Exhibits a wide range of hardness, ease of forming, ease of coloring, less contraction and electrical... view more

VINIKA™ T620 by Mitsubishi Chemical is a high quality, 90°C rated, rigid polyvinyl chloride (PVC) grade. Exhibits a wide range of hardness, ease of forming, ease of coloring and electrical... view more

jER™ 1001 by Mitsubishi Chemical is a solvent-based, high performance, bisphenol A solid epoxy resin. It is formed by the condensation polymerization of bisphenol A and epichlorohydrin. Exhibits... view more

jER™ 1002 by Mitsubishi Chemical is a high performance, bisphenol A solid epoxy resin. It is solvent-based, formed by the condensation polymerization of bisphenol A and epichlorohydrin. Exhibits... view more

jER™ 1003 by Mitsubishi Chemical is a solvent-based, bisphenol A solid epoxy high performance resin. Exhibits small curing shrinkage, excellent dimensional stability and high mechanical strength. It... view more

jER™ 1003F by Mitsubishi Chemical is a high performance, bisphenol A solid epoxy fusion resin. It is formed by the condensation polymerization of bisphenol A and epichlorohydrin. Exhibits small... view more