Application Of IRONFLON No.1 Wire - Single Core Teflon Insulated Wire

Mainly used for long-term operation in harsh environments such as high temperature and high cold, or for heavy-duty equipment designed to increase current carrying capacity, such as steel metallurgy high-temperature furnaces, chemical and pharmaceutical thermal reactors, oil drilling and production equipment, volcanic robots, marine operation equipment, etc.

Mainly used for internal connection wires of electronic and electrical equipment; It can also be applied to workplaces that require cold resistance, oil resistance, corrosion resistance, and fire prevention; Especially after being irradiated with high-energy rays, its strength, heat resistance, and radiation resistance have been significantly enhanced, making it suitable for making thin-walled insulation. It has become the preferred wire for aerospace vehicles, nuclear power plants, nuclear powered ships, and irradiation processing equipment, and is also becoming an updated replacement product for automotive wires.

The performance of fluororesin, in addition to its excellent heat resistance, is also superior to other plastics in terms of electrical properties, cold resistance, oil resistance, corrosion resistance, moisture resistance, enzyme and bacteria resistance, flame retardancy, etc. Therefore, the application of fluororesin cables can be extended to a wide range: for example, due to the high purity and enzyme and bacteria resistance of fluororesin itself, fluororesin cables are excellent wires for medical electronic equipment; Due to the extremely stable dielectric loss of fluororesin at various frequencies from low to high, fluororesin insulated coaxial RF cables are rapidly replacing traditional insulated coaxial cables in fields such as aerospace, missiles, radar, microwave systems, computers, security defense, satellite communication, wireless communication, internet, and high fidelity audio and video.

Applied to low-voltage applications such as instruments, sensors, signal transmission, automation control, medical electronics, etc.

Applied to household appliances, business office machines, steel, metallurgy, petroleum, chemical, transportation vehicles, building lighting, etc.

Applied to high-pressure ignition systems for internal combustion engines, gas ignition systems, television high-voltage packs, medical X-ray machines, lasers, electron beam welding machines, electron bombardment furnaces, electronic high-voltage furnaces, electrostatic spraying devices, electrostatic coating devices, etc.