Liantuo China PTFE Tubing is intended for use in selected fields and areas where other materials can not provide the desired performance. The list of new applications for PTFE is growing. A rare combination of some unique properties makes the material so popular and popular.

According to the current situation, you can meet in the market a variety of PTFE products, including tubes, rods and tablets. This material is sometimes used in an unconventional manner. PTFE tube is particularly important. Let's take a look at the prominent applications of these tubes, and what makes them suitable for their use.

First of all, PTFE heat resistance is one of the highest in plastic. The tube remains free from very high or very low temperatures. Teflon tubes are comfortable in the temperature range of -260 to 70 degrees Celsius to + 260 degrees. With a very high melting point of 327 degrees Celsius, an average size tube can transfer fluid at very high temperatures. The insulation of the metal parts has also been promoted, which is why it is quite useful in the automotive industry.

PTFE has been a very useful part of the electrical industry, mainly due to its dielectric strength. Teflon tubes are widely used for cable insulation due to their potential to operate in the range of 50-120 kV / mm.

PTFE has a very low coefficient of friction and actually has the same dynamic and static coefficients. This property not only in the tube or bar, but also found gradually becoming popular paper. The friction coefficient of the tube 0.1 is used in the medical field.

The last but equally important; the PTFE Sheet is particularly suitable for a variety of uses in the chemical industry. The material is resistant to all kinds of corrosion and amazing water resistance. PTFE does not absorb water. In addition to some materials, such as molten alkali metals, fluorine and chlorine trifluoride, it is not affected by all other types of chemicals. Due to this feature, the transfer of chemical substances and the protection of metal parts become easy.