PTFE is a soft, nontoxic fluoropolymer (also known as Teflon®, which is a registered trademark of DuPont) with an extremely low coefficient of friction, meaning that few materials stick to it, and most that do stick can be peeled or rubbed off. PTFE also has outstanding chemical and weathering resistance. PTFE is insoluble in most organics and has excellent electrical properties. It remains stable at both cryogenic and elevated temperatures (from -400° F up to 500° F), though its mechanical properties are low compared to other engineering plastics. The mechanical, electrical and thermal properties of PTFE can be improved by adding fillers such as glass fiber, carbon, graphite, bronze and molybdenum disulfide (MoS2). Typical applications include seals, bearings, bushings, coil separators, terminals, and solid pipes and fittings.
- Low coefficient of friction
- High resistance to chemical agents and solvents
- Excellent electrical properties
- Stable over a wide range of temperatures
Standard Shapes and Forms
Sheet – Molded: .125” – 6” thick
Skived: .001” - .250” thick
Rod – Molded: 3.75” – 12” diameter
Extruded: .125” – 6” diameter
Tubular Bar – Molded: 1.50” – 12” OD / .75” – 11” ID
Extruded: .250” – 3” OD / .060” – 2.50” ID
The range of sizes and shapes are grade specific, please contact us for more information.
Grades and Colors
Virgin Grade PTFE
Virgin grade PTFE is made from virgin PTFE resin. This grade comes in sheets, rods and tubes. Typical applications include seals, gaskets or structural components where temperature or chemical resistance is essential. Used especially for application requiring high purity, non-contamination and exceptional dielectric properties. Virgin, natural, unfilled formulations comply with one or more of the FDA’s guidelines for direct food contact at room temperature.
Mechanical Grade PTFE
Mechanical Grade PTFE is made from reprocessed PTFE resin. This grade has extremely low friction and high service temperatures. Mechanical Grade PTFE is frequently specified for high performance bearings and bushings, particularly in applications that require resistance to corrosive chemicals.
Available Fills: PTFE mechanical properties can be improved by adding fillers such as Glass Fiber, Carbon, Graphite, Calcium, Ceramic, Bronze and Moly-Disulphide.