Solvay PFA Hyflon P420 Perfluoropolymers/PFA Virgin Pellet/Powder IN STOCK

Hyflon® perfluoropolymer is the range of melt-processable perfluoroalkoxy fluorocarbon resins specifically designed for high-temperature service with virtually universal chemical resistance. It is a family of semicrystalline resins that combines high-performance properties with exceptional value.

NEOFLON FEP NP-Series is a melt moldable fluoropolymer. It has excellent thermal stability, electric properties, abrasion resistance, and long-term weatherability. It is widely used for the products of wire insulation, cable jackets, and tubes.

• Intrinsic processing stability
• Surface smoothness
• Lower thermal rating
• High tenacity (high stress/strain at break)
• High flex-life

The excellent resistance against aggressive environments and against thermal stress cracking makes Hyflon® perfluoropolymer particularly suitable for pipes and tubes used in chemical transportation and in the oil & gas industry.

Thanks to the ease of processing using transfer molding techniques, Hyflon® perfluoropolymer resins can be used for linings of valves, tubes, and fittings that require special thermal and chemical resistance. These resins can also be injection molded to obtain self-supported items like fittings and valves.

In the electrical industry, Hyflon® perfluoropolymer products are used as primary insulation for high-temperature hook-up wires.

Hyflon® PFA is a family of semi-crystalline, melt processable perfluoropolymers which combine excellent mechanical characteristics to unique properties such as chemical inertness, heat resistance, inherent flame resistance, low surface energy and exceptional dielectric properties. PFA resins are designed to retain their properties over a wide range of temperatures (-196/260°C or -320/500°F) and are the material of choice in applications such as linings in the Chemical Process Industry, specialty cables, semiconductor industry, aerospace, etc.

Hyflon® PFA P420 is a high molecular weight, low melt flow rate multi-purpose resin designed for pipe, cable and stock shapes extrusion, injection, compression, and transfer molding. Hyflon® PFA P420 is an ASTM D3307 - Type II resin.

Shenzhen Benia New Material Technology Co.Ltd., located in Shenzhen, China, is a professional supplier of high-temperature engineering plastics and special modified materials. Benia is committed to introducing, transforming and serving quality customers of thousands materials and advanced scientific and technological achievements around the world. At present, our customers cover aerospace, electronics and electrical, medical supplies and equipment, photoelectric communication, water treatment, transports, consumer products and other industries.

Benia provides not only customers with high quality and high performance products to meet the changing needs of customers, but also the abundant technical resources of various chemical plants to provide customers in the process of product development solutions. The client will get the high efficiency, high standard technical support and dedicated and fast professional services from Benia material selection, mould design, trial production, even all stages of official product production.

• Strong cooperators: Benia have maintained long-term close cooperation with many international famous chemical companies for many years such as SOLVAY, BASF, VICTREX, DAIKIN, DUPONT, HANWHA, etc.
• Stable supply chain: Benia has a comprehensive production supply chain, and is able to steadily and continuously supply all products and provide services with comprehensive solutions and production applications.
• Logistics: Benia have long-term and stable cooperative logistics companies that can safely reach around the world while ensuring product quality. We also accept customers to provide their own logistics providers.
• Small order accepted: Low MOQ accepted. 5KG are available for certain products.
• Technical support: Benia can customize the materials according to the customer needs of the product color matching and function.