PTFE is one of the most versatile fluoropolymers on the market and has a tremendous amount of applications that can be utilized in so many different industries. If you're using another type of compound or material, you need to look at the advantages that PTFE tubing offers. Read on to learn more about the benefits of PTFE tubing!
Industries
Like mentioned above, PTFE fluoropolymers can be applied in many different industries that include:
- General industry
- Heavy industry
- Aerospace
- Lab & scientific
- Environmental
- Emerging technologies like solar, wind power, electric batteries, etc.
- Automotive applications
Applications
Fluoropolymers like PTFE are the perfect solution when you need them to act as protective sheaths in high-temperature environments or simple fluid transfer avenues. For instance, in the automotive industry, you may need a product that can serve as a fuel hose or abrasion resistant cable liner. Aerospace companies may need to use fluoropolymers because of their lightweight properties that provide high performance, non-leaching capabilities. Labs and scientific environments that use special equipment such as NMR and other spectroscopy instruments will need fluoropolymer tubing to handle gas and liquid flow processes with thermal stability properties.
When it comes to environmental industry use, fluoropolymers provide for high purity properties that make sample collection more reliable and accurate. Additionally, general and heavy industries can take advantage of fluoropolymers for their exceptional physical endurance, UV resistance, chemical inertness and flexibility.
PTFE Tubing Highlights
With all the above, PTFE is the original gold standard of fluoropolymer tubing and provides many benefits in a vast amount of industries. Let's review some of the most significant property highlights of PTFE tubing:
- Can be used as electrical wire insulators, medical device tubing, fluid flow tubing, protective jacketing and more
- Superb thermal qualities that can withstand temperatures up to 680 degrees F and cryogenic conditions down to -320 degrees F
- Outstanding electrical qualities with a low dielectric constant of 2.1 between -40 degrees F and 480 degrees F
- Features a static coefficient of friction (0.08 and 500 psi load)
- Chemically inert to numerous organic and inorganic chemicals
Are you ready to upgrade to PTFE fluoropolymers?
