Ryton® QA200N by Syensqo is a polyphenylene sulfide powdered grade. It provides excellent thermal stability and chemical resistance. It is suitable for injection molding, coatings, extrusion and... view more

Ryton® V-1 by Syensqo is a chemical-resistant, thermally stable polyphenylene sulfide (PPS) grade. Possesses high molecular weight and high melt flow. It produces high temperature, non-stick... view more

Veradel® 3200 by Syensqo is a transparent, medium molecular weight, flame retardant, general purpose polyethersulfones (PESU) grade. Possesses good adhesion, toughness, thermal stability, medium... view more

Veradel® 3250 by Syensqo is a transparent, medium molecular weight, flame retardant, general purpose polyethersulfones (PESU) grade. Possesses excellent toughness and slightly higher melt flow rate... view more

Veradel® 3400 by Syensqo is a transparent, medium molecular weight, flame retardant, general purpose polyethersulfones (PESU) grade. Possesses excellent toughness and high melt flow. Provides good... view more

SF580 by Thai Plastic and Chemicals Public Company is a general purpose, low molecular weight, free flowing polyvinyl chloride homopolymer grade produced by suspension polymerization process... view more

SG580 by Thai Plastic and Chemicals Public Company is a general purpose, low molecular weight, free flowing polyvinyl chloride homopolymer grade produced by suspension polymerization process. Available as white powder... view more

SG610 by Thai Plastic and Chemicals Public Company is a general purpose, low molecular weight, free flowing polyvinyl chloride homopolymer grade produced by suspension polymerization process... view more

SG710 by Thai Plastic and Chemicals Public Company is a general purpose, high molecular weight, free flowing polyvinyl chloride homopolymer grade produced by suspension polymerization process... view more

SM58E by Thai Plastic and Chemicals Public Company is a white colored, recyclable, medium molecular weight, free flowing polyvinyl chloride homopolymer grade produced by suspension polymerization... view more