Solvay PES/PESU Veradel 3100P Polyethersulfone Powder High/Medium Molecular Dispersing Material

Veradel® PESU offers superior toughness, strength, and hydrolytic stability compared to other transparent engineering plastics. It withstands prolonged exposure to water, chemicals, and temperatures ranging from -40°C to 204°C (-40°F to 400°F).

Available in multiple formulations including:

• Veradel® A-100 NT
• Veradel® A-101 NT
• Veradel® A-201 NT
• Veradel® A-300 NT
• Veradel® A-301 NT
• Veradel® A-301 MR
• Veradel® A-304P
• Veradel® HCA-301
• Veradel® A-702
• Veradel® A-704P
• Veradel® AG-330
• Veradel® AG-320
• Veradel® 3600
• Veradel® 3300/3300 PREM
• Veradel® 3320 GF
• Veradel® 3330 GF
• Veradel® 3200
• Veradel® 3400
• Veradel® 3430
• Veradel® 3500
• Veradel® 3430 GF
• Veradel® 3250
• Veradel® 3000P
• Veradel® 3100P
• Veradel® 3200P
• Veradel® 3400P
• Veradel® 3600P/3600RP

Veradel 3000P, 3100P, 3200P, 3400P, and 3600P are powdered polyethersulfone (PESU) materials designed for dissolution or dispersion into solutions. These grades vary in molecular weight, with 3000P having the highest and 3600P the lowest molecular weight, directly correlating with solution viscosity.

PESU exhibits excellent toughness and hydrolysis resistance, withstanding steam, boiling water, and inorganic acid attacks. The resulting film or coating is transparent and offers long-term thermal stability, excellent metal adhesion, formability, and intrinsic flame retardancy.

Common applications include high-temperature coating formulations, films, advanced high-temperature resistant composite materials, and specialty adhesives.

• Heat deflection temperature of 204°C (399°F)
• Excellent chemical resistance
• High transparency
• Superior dimensional stability
• Inherently flame retardant
• Outstanding electrical properties

Veradel® HC PESU is specifically formulated for high-performance healthcare applications. The material is inherently flame retardant and highly resistant to a wide range of healthcare cleaning and disinfecting agents. It maintains transparency, mechanical properties, and dimensional stability in high-heat environments.