The uniqueness of conductive Teflon tubes lies in their conductivity and excellent fluorine resin properties. In general, conductive materials are mostly metal or carbon materials. Teflon tube is a non-metallic and non-conductive material. So, how does Teflon hose achieve conductivity?
First, we need to understand the conductive mechanism of PTFE hose. The conductive components in conductive Teflon tubes are mainly nanomaterials such as carbon nanotubes and graphene. These materials have high conductivity and strong mechanical properties. They exist in the Teflon tube in a uniformly dispersed form, giving the Teflon tube good conductivity.
Features of conductive Teflon pipe
Excellent electrical insulation performance
Conductive Teflon tubes have excellent electrical insulation properties. Both the dielectric constant and dielectric strength are very high. Therefore, it is ideal for various high voltage and high current work.
Strong corrosion resistance
Teflon tubes have strong chemical corrosion resistance. They can resist the erosion of various acid, alkali, salt, etc. Therefore, they widely serve in chemical industry, sewage treatment and other fields.
Good high temperature resistance
Teflon hose can work at high temps. Thus it can maintain stable performance and service life.
High mechanical strength
Such flexible thermoplastic hose has high mechanical strength and hardness. Thus it is ideal for high pressure and friction work.
Easy to install
The tube is easy to install. While the connection methods can be welding, flange, etc. At the same time, the connection is not easy to leak.
Long service life
Teflon tube has a long service life. It can maintain stable performance and structure during long-term use.