High temperature resistance PTFE Tube Milky White | BESTEFLON

The characteristics of ptfe tube

1. Difficult adhesion: ptfe tube material, it is difficult to make viscous substances adhere to its surface, even if it adheres, it can be removed easily.

2. Heat resistance:ptfe hose with other hose does not have very excellent heat resistance, at the same time can withstand very low temperature. Continuous use temperature range: - 70 ℃ ~ + 260 ℃ (PTFE).

3. Corrosion resistance: Tptfe material is very inactive to almost all chemicals or solvents, so it has corrosion resistance. It has an excellent effect in the application of chemical drug delivery.

4. Waterproof and oil resistance: ptfe material is not easy to be soaked in almost all liquids, including water and oil. It can be used for antifouling and keeping clean.

5. Wear resistance: ptfe material shows excellent wear resistance in bearing heavy load sliding. If combined with electroplating or anodizing film, the hardness and wear resistance can be improved at the same time.

Suitable industry:

1. Chemical industry

Because they have high chemical resistance to almost all chemicals, PTFE tubing is an ideal choice in the chemical industry. Including the semiconductor industry. The modern process of semiconductor production requires the safe metering and transportation of corrosive liquids (acids and alkalis). These will severely damage the delivery pipe in a short time.

2. Medical industry

The special properties of PTFE pipes also include easy-to-clean surface structure. In the past ten years, PTFE tubes have been increasingly used in medical equipment. Due to the low coefficient of friction of the PTFE tube, this means that its surface is very smooth and will not cover up or help bacteria grow. Among them, hoses are used for intubation, catheters, pipettes and endoscopes. It also manufactures various instruments and equipment, such as drain pipes, ventilators, earrings, apple rubber, gloves and other artificial tissues. In addition, many functional devices used by doctors in human biochemical analysis are also made of PTFE material.

3. Aircraft industry

PTFE hoses are non-flammable fluoropolymers. Their low coefficient of friction allows them to work under extreme temperatures and pressures. This is why these tubes are used by the aircraft industry to wrap wires and cables.

4. Electrical industry

PTFE tubing has excellent electrical characteristics. They have high dielectric constant and low loss factor characteristics in a very wide frequency range. Therefore, PTFE pipes are used as high-quality, high-temperature insulating materials for wires and cables, as well as electric heating elements and temperature sensors. In the electrical industry, in order to cover the wires and cables, high-quality PTFE pipes are used, which can withstand high temperatures and protect the wires from any cutting. In addition, these tubes come in a variety of colors to help identify the wires in the home or office.

5. Food industry

Due to its easy-to-clean and non-stick characteristics, PTFE polytetrafluoroethylene pipes can be used in the food industry. In particular, tubes made of unfilled PTFE are suitable due to their physiological neutrality and comply with the guidelines of the U.S. Food and Drug Administration. Therefore, it has been proven that it is harmless in contact with plastic and any type of food. Therefore, PTFE tubes are usually used in traditional coffee machines. In addition, so-called single-chamber or multi-chamber design spaghetti tubes and heat-shrinkable tubes are used. PTFE products can be sterilized using all conventional methods.

6. Textile industry

The transfer of chemicals in pipes used in the textile industry can cause corrosion. Therefore, in order to avoid this problem, a TPFE tube is used, and a PTFE coating is carried out on the textile roller.

7. 3D Printing Industry

In 3D printing, the filament should be transferred to the printing nozzle that must be performed in the high temperature range. Since PTFE tubing has a high temperature coefficient and non-stick properties, it helps to easily slide the material from the nozzle, so it is the most desirable polymer in the 3D printing industry.