Teflon™ PFA

High melt strength, melt flow rate (typical MFR of 14) and thermal stability which can be used to improve processing rates in applications with a demanding end-use. Provides characteristics often associated with fluoropolymers, can be used in traditional extrusion and moulding processes.

Provides increased resistance to environmental stress-cracking with a relatively low flow rate and greatly increased flex life compared to other general purpose fluoroplastic resins. Used in extruded tubing which handle aggressive fluids at high pressures or as chemical lining for pipes.

Special use premium resin with a relatively high melt flow rate (typical MFR of 16), designed to meet ultra-high purity requirements. Recommended when improved colour and lower extractable fluorides are required in hostile chemical environments. Typical applications include fluid handling components for critical uses such as within the pharmaceutical and biotechnology industries, which require high-purity processes.

Dispersion grade used to coat or penetrate porous structures, can also make thin films. Chemically inert, can be melt bonded to polytetrafluoroethylene (PTFE) resin or used as a hot melt adhesive. Provides high temperature stability, great weatherability, excellent dielectric and non-stick properties.

Provides increased resistance to environmental stress-cracking and greatly increased flex life compared to other general purpose fluoroplastic resins. Combines the processing ease of conventional thermoplastics with many properties similar to those of polytetrafluoroethylene.

Special purpose fluoroplastic resin available in pellet form. A chemically modified form of Teflon™ PFA 345, it adds several benefits compared to the parent product, including enhanced purity, improved thermal stability while processing, and chemical inertness; for example, to ozonated fluids.

Premium fluoropolymer resin available in pellet form. Applications include fluid handling components for high-performance chemical delivery systems, as well as tubing, unsupported pipe linings for the production of ultra-pure chemicals, and semiconductor components where purity in the parts-per-billion range is critical.