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Veradel 3600P/3600RP Solvay PES /PESU (Polyethersulfone) Resins

Product Details

Veradel® PESU was formerly marketed as Gafone™ PESU Veradel® 3000P, 3100P, 3200P, 3400P and 3600P are polyethersulfone (PESU) powders for dissolving or dispersing into solutions. They can also be ground to smaller particle size or blended with other solid particles. The grades differ by their molecular weights, with 3000P the highest and 3600P the lowest. There is a direct correlation between molecular weight and solution viscosity. PESU offers excellent toughness and outstanding hydrolytic resistance. It resists attack from steam, boiling water, and mineral acids. Cast films or coatings of PESU are transparent and have additional desirable properties including long term thermal stability, excellent metal adhesion and formability and inherent flame resistance. Typical applications include high-temperature coating formulations, membranes, advanced high-temperature composites, and specialty adhesives.

R-4-240BL R-4-240NA

Ryton R-4-240NA/ R-4-240BL Solvay Polyphenylene Sulfide/ PPS Resins

Product DetailsRyton® PPS

Ryton® PPS compounds offer a unique combination of properties and a cost/performance balance unmatched by other engineering thermoplastics. Key properties include thermal stability, dimensional stability, chemical resistance and inherent flame retardancy.

Br111bl

Ryton Br111bl Solvay Polyphenylene Sulfide/PPS Resins

Product DetailsRyton® PPS

Ryton® PPS compounds offer a unique combination of properties and a cost/performance balance unmatched by other engineering thermoplastics. Key properties include thermal stability, dimensional stability, chemical resistance and inherent flame retardancy.

Xe5515bl

Ryton Xe5515bl Solvay Polyphenylene Sulfide/PPS Resins

Product DetailsRyton® PPS

Ryton® PPS compounds offer a unique combination of properties and a cost/performance balance unmatched by other engineering thermoplastics. Key properties include thermal stability, dimensional stability, chemical resistance and inherent flame retardancy.

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