Ryton® P-6 by Syensqo is a finely divided polyphenylene sulfide (PPS) grade. Exhibits high molecular weight, high melt flow and corrosion resistance. Suitable for coating, extrusion and... view more

Ryton® PR11 by Syensqo is a finely divided powdered form of polyphenylene sulfide grade. It possesses high molecular weight and high melt flow. It produces high temperature, non-stick, corrosion... view more

Ryton® QC200N by Syensqo is a high molecular weight polyphenylene sulfide natural grade in powdered form. It is suitable for monofilament and multifilament fiber extrusion. It provides thermal... view more

Ryton® QC200P by Syensqo is a high molecular weight polyphenylene sulfide grade. It is suitable for monofilament and multifilament fiber extrusion. It provides thermal stability, dimensional... view more

Ryton® QC220N by Syensqo is a high molecular weight polyphenylene sulfide natural grade in powdered form. It is suitable for monofilament and multifilament fiber extrusion. It provides thermal... view more

Ryton® QC220P by Syensqo is a high molecular weight polyphenylene sulfide natural grade. It is suitable for monofilament and multifilament fiber extrusion. It offers enhanced mechanical strength... 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

Solef® 460/461 by Syensqo is a branched, high molecular weight polyvinylidene fluoride homopolymer. It is a semi-crystalline additive-free grade. Is suitable for processing by extrusion. It has the... view more

Solef® 6012 by Syensqo is a high molecular weight polyvinylidene fluoride homopolymer. It is a semi-crystalline and additive-free grade. Is suitable for processing by extrusion and compression... view more

Veradel® 3000RP by Syensqo is an amorphous, high molecular weight, flame retardant hydroxyl-functionalized polyethersulfones (PESU) grade. Possesses good adhesion, thermal stability, medium rigidity... view more