The core advantages of 3F fluoroplastic electronic wire include high and low temperature resistance, chemical corrosion resistance, low dielectric loss, flame retardant self extinguishing, radiation resistance, and oil resistance.
1, Industrial equipment&instruments
Internal wiring of high-temperature equipment: industrial ovens, reflow soldering furnaces, heat treatment furnaces, heating tubes, hot air fans, internal connecting wires of injection molding machines, sensor leads (thermocouples, thermal resistors).
Switch power supply, transformer, transformer, relay, contactor, servo motor outgoing line, extremely fine Fluoroplastic Electronic Wire inside the power supply, temperature rise resistant and anti-aging.
Semiconductor equipment: etching, coating, cleaning equipment, clean workshop wiring, resistant to strong acid and alkali, high-purity environment, often using PFA insulated wire.
High voltage equipment: electrostatic spraying, laser equipment, electron beam equipment, high-voltage testing instruments (UL1911 and other high-voltage Fluoroplastic Electronic Wires, thousands to tens of kV).
Chemical and petrochemical industries: reaction vessels, oil and gas detection equipment, resistant to strong acids and alkalis, organic solvents, and oil and gas corrosion.
2, Consumer electronics, home appliances, lighting
Internal wiring of high-temperature household appliances: connecting wires for microwave ovens, ovens, air fryers, electric heaters, disinfection cabinets, and air conditioning compressors.
Precision consumer electronics: laptops, display screens, drones, Bluetooth earphones, micro motors, speaker microphones with extremely fine internal wiring; The space is narrow, and the scene needs temperature resistance and aging resistance, and a large number of FEP extremely thin AWM wires.
Special lighting: Stage lights, high-temperature spotlights, halogen lamps with internal leads, heat-resistant and flame-retardant.
3, New Energy Vehicles&Rail Transit
New energy vehicles: engine compartment sensor wiring harness, battery BMS sampling line, some 800V fast charging high-voltage wiring harness (X-ETFE), resistant to 150 ℃+, oil and coolant, flame retardant; Signal line for high-temperature areas inside the car.
Rail transit/high-speed rail: traction motor leads, carriage control cabinet wiring harness, oil resistant, wide temperature range, long service life; Subway tunnel fireproof wiring, low smoke and flame-retardant.
4, Aerospace and military ships
Aircraft onboard wiring harness and satellite internal cables: wide temperature range (-65~200 ℃), radiation resistance, low smoke flame retardant, FEP/PFA insulated AWM wire, lightweight and highly reliable.
Ships and military equipment: resistant to salt spray, oil, and humid environments, internal signal and power wiring of weapons and equipment.
5, Medical equipment
Internal wiring of MRI, high-frequency therapy equipment, and various high-temperature sterilization devices; Can withstand repeated sterilization with ethylene oxide and high-temperature steam, resistant to human body fluids, and has stable insulation.
6, Photovoltaic energy storage, petroleum logging
The internal high-temperature signal and power connection lines of the photovoltaic inverter are resistant to outdoor high and low temperatures and UV aging.
Oilfield logging cable: PTFE/FEP composite insulation, capable of transmitting data in high-temperature and high-pressure environments underground, withstanding temperatures up to 300℃ and chemical media underground.
7, High frequency communication, data center
RF coaxial cable insulation layer PTFE, high-frequency signal line PTFE; Fluoroplastics have an extremely low dielectric constant and little variation with frequency, making them suitable for RF and microwave signal transmission.
Plenum grade ventilation network cable (FEP), data center room, flame retardant and low smoke, does not release a large amount of toxic smoke in case of fire.
Brief differentiation of electronic wire selection for different fluoroplastics
PTFE (polytetrafluoroethylene): -196~260℃, with the strongest chemical resistance; Push sintering process, suitable for ultra-high temperature and strong corrosion.
FEP (perfluoroethylene propylene): -200~200℃, can be melt extruded, with better flexibility; Consumer electronics, home appliances, and high voltage are the most commonly used.
PFA (perfluoroalkoxy): -200~260℃, can be melt extruded, and has superior high-temperature mechanical properties compared to PTFE; High end wiring harnesses for semiconductors and aviation.
ETFE (Ethylene Tetrafluoroethylene): 70~150℃, with the best wear and impact resistance; Automotive wiring harness, robots, outdoor wiring, X-ETFE irradiation cross-linking temperature resistance increased by 200C.
