high voltage flexible cable

UL10308 high voltage flexible cable is a high-performance wire with excellent flame resistance, chemical resistance, and aging resistance. It can resist strong acids, alkalis, humidity, and UV radiation. In addition, it also has excellent electrical insulation performance and mechanical strength. This type of wire is typically used in applications that require high reliability and durability, such as weak current engineering, electronics, and internal wiring of electrical equipment.

Household appliances
Internal high-temperature wiring of heating appliances such as microwave ovens, ovens, and hair dryers;
Connection wires for controllers such as rice cookers and coffee machines that require temperature and moisture resistance;

Among them, 32AWG wire can be used for precision wiring inside household appliances, connecting small signal transmission modules, and can withstand the high temperature environment during household appliance operation, ensuring stable and safe operation of household appliances.

Industrial equipment
Connecting wires for high temperature sensors (such as industrial furnace temperature control probes);
Wiring of instruments and meters for chemical equipment that are resistant to acid, alkali, and oil pollution;

High frequency signal transmission
Internal wiring of high-frequency electronic devices (such as RF modules);
Low interference signal lines for communication equipment and testing instruments;

Small scale equipment
Flexible connecting wires (with good bending resistance) inside consumer electronic products such as mobile phones and digital cameras;
Lead out wires for micro motors and precision circuit boards;

Automotive Electronics
Engine compartment high temperature sensor wiring harness (oil resistant, vibration resistant);

Aerospace and Military Industry
Airborne equipment radiation resistant and extreme temperature resistant cables (certified as VW-1 flame retardant);

Medical equipment
Chemical and biological corrosion resistant wiring for disinfection equipment and medical analytical instruments;

Anti copper green oxidation: The nickel plating layer isolates the air to prevent copper conductors from oxidizing and forming copper green with poor conductivity, ensuring long-term conductivity stability.
Chemical corrosion resistance: Nickel passivation film can resist acid, alkali, oil pollution, and seawater erosion, suitable for harsh environments such as chemical equipment, ship cables, etc.

High temperature resistance: Nickel plated copper wire has a long-term working temperature of 200℃ (much higher than the 150℃ of tin plated copper), suitable for high-temperature scenarios such as ovens and engine compartments.

Mechanical strength: The nickel plating layer has high hardness and wear resistance 5-8 times that of pure copper, extending the insertion and removal life of connectors.