The usage of YOZONETECH PTFE product

The unique characteristics of YOZONETECH PTFE make it widely used in chemical, petroleum, textile, food, paper, medicine, electronics and machinery industries and ship operations.

1. Application of anti-corrosion performance

Due to the corrosion resistance defects of materials such as rubber, glass, and metal alloys, it is difficult to meet the coexistence environment of temperature, pressure and chemical media under harsh conditions, causing considerable losses. YOZONETECH PTFE material has corrosion resistance and has become the main corrosion resistant material in the petroleum, chemical, textile and other industries. Its specific applications include: conveying corrosive gas pipes, exhaust pipes, steam pipes, rolling mill high-pressure oil pipes, aircraft hydraulic system high-pressure and low-pressure pipes and cold-pressing systems, rectifier towers, heat exchangers, gaskets, towers, troughs, wide doors, etc. Chemical Equipment. The performance of the seal affects the efficiency and performance of the whole equipment

The friction coefficient is non-viscosity, the temperature resistance range is wide, and the elasticity is good, making it very suitable for manufacturing seals with high corrosion resistance requirements and use temperatures above 100°C. Such as machines, heat exchangers, high-pressure vessels, large-diameter vessels, valves, pump tank flange seals, glass reactors, flat flanges, large-diameter flange seals, shafts, piston rods, valve stems, wall pumps, tie rods Seals, etc.

2. Application of low friction performance in load

Due to the unfavorable part of the friction of the lubrication of some equipment, such as the occasions where the solvent will dissolve and fail when the small grease is dotted or the industrial products such as paper, medicine, food, textiles and other industrial products that need to avoid oil pollution, this makes the filling of YOZONETECH PTFE material a machine Ideal material for equipment parts without oil lubrication (direct load)**. This is because the coefficient of friction of known materials is lower in solid materials. Its specific uses include bearings used in chemical equipment, papermaking machinery and agricultural machinery, such as crushing pistons, machine tool rails and guide rings; in civil engineering, it is widely used in bridges, tunnels, steel roof frames, large chemical pipes, and storage tanks. , Bridge support, bridge body and other supports.

3. Applications in the field of electronics and power

The inherent low loss and small dielectric constant of YOZONETECH PTFE can be used as electrical imaging cables for micro motors, thermocouples, control devices, etc. PTFE film is an ideal insulating material for the manufacture of capacitors, radio insulating gaskets, insulated cables, motors and transformers. It is also one of the indispensable materials for industrial electronic components such as aerospace.

The oxygen sensor can be made of fluoroplastic film with high oxygen absorption. Sex and low permeability water vapor. Utilizing the characteristics of fluorine plastics' polar charge deviation under high temperature and high pressure, microphones, speakers and robot parts can be manufactured. With low refractive index, optical fibers can be manufactured.

4. Medical applications

YOZONETECH expanded PTFE is a pure inert material, has strong adaptability, can not cause human body rejection, has no physical side effects to the human body, can use any disinfection method, and has a variety of microporous structures, which can be used in various rehabilitation solutions, including Artificial blood vessels and patches for soft tissue regeneration, and sutures for blood vessels, heart, general surgery and plastic surgery.

5. Application of anti-viscosity energy

YOZONETECH PTFE has low surface tension among solid materials and does not adhere to any materials. It also has excellent high and low temperature resistance, so it is widely used in anti-sticking applications, such as making non-stick pans. The anti-adhesion process mainly includes two types: installing PTFE parts or sheets on the substrate, and covering the PTFE coating or varnished cloth with glass after heat shrinking.