Enflo Canada Ltd.

Enflon Pressure-Sensitive PTFE Tape provides a low-friction, non-stick surface suitable for use in high-temperature and high-dielectric applications. This item is available in roll form or cut-to-size sheets. The pressure-sensitive backing allows users to peel and stick the PTFE to another surface.

In most situations, PTFE is an ideal choice for a wide range of applications. There are occasions, however, when additional “fillers” such as graphite, carbon, glass, bronze, and other materials are added to enhance PTFE products for use in a specific application. Generally speaking, these “Filled PTFEs” maintain their original chemical and thermal resistance characteristics, while also exhibiting improved strength, stability, andor durability.

Molded PTFE rod is generally used as machining stock for all kinds of chemical, electrical and mechanical components where the outstanding performance characteristics of PTFE are required. Various fillers are available to modify the properties of PTFE to meet application requirements.

Like molded rods, extruded PTFE rods are generally used as machining stock to create shapes for any number of chemical, electrical and mechanical components where the outstanding performance characteristics of PTFE are required.

Enflo Skived PTFE Sheets provide a low-friction, non-stick surface suitable for use in high-temperature and high-dielectric applications. This item is available in roll form or cut to size sheets and can be supplied etched one-side, etched two-side, or with a self-adhesive acrylic backing (pressure-sensitive).

Enflo’s extruded PTFE tubing products exhibit outstanding thermal, chemical, and corrosion resistance and are suitable for a wide range of applications. PTFE is an ideal material for tubing as its non-stick surface facilitates smooth fluid transfer while practically eliminating and material residue build-up. Often, PTFE tubing is the perfect replacement for glass, rubber, and stainless steel products because of its durability and resistance to thermal and chemical extremes.