UL1333 Teflon Copper Wire

The connection wires between the microwave oven magnetron and the control board, the terminal leads of the electric oven heating tube, and the circuits inside the high-temperature chamber of the disinfection cabinet are exposed to an environment of 120-150℃ for a long time and need to resist the erosion of oil stains and water vapor. The connection wires of the temperature control sensors for rice cookers and electric kettles, with their stable insulation properties, ensure the precise transmission of temperature signals and prevent the risk of short circuits due to high-temperature aging of ordinary wires.

Thermocouple compensating wires in the metallurgical industry are used to transmit temperature data in high-temperature environments such as blast furnaces and heat treatment furnaces. The FEP insulation layer is resistant to metal dust and acid and alkali corrosion. The encoder signal line of the servo motor for automated equipment is adapted to the temperature rise generated by the continuous operation of the equipment. Its low-loss feature ensures the precise execution of control instructions. The sensor of the chemical instrument is connected to the controller, which can withstand reagent corrosion and temperature fluctuations, ensuring the stability of data acquisition.

The internal circuits of medical sterilization equipment (such as high-pressure steam sterilizers) can withstand repeated high-temperature sterilization processes. High-frequency signal transmission lines for precision analytical instruments (chromatographs, mass spectrometers), with low dielectric loss to reduce signal attenuation; The internal connection wires of LED high-temperature lamps (stage lights, industrial searchlights) are adapted to the high-temperature environment within the heat dissipation structure of the lamps and have flame retardancy to enhance the safety of use.

Temperature sensor leads in the car engine compartment, resistant to engine high temperature and engine oil erosion; The connection line between the unmanned aerial vehicle flight control system and the motor maintains stable performance in the high-altitude temperature difference environment. The instrument control circuits in the ship's engine room are resistant to moisture and salt spray corrosion, ensuring the continuous and reliable operation of navigation equipment.