Applications: Typically suitable for connecting 300/500V AC electrical circuits, and can be used in everyday applications such as electric heating appliances and household appliances (withstands temperatures up to 1000°C). Industrial applications include metallurgy, chemicals, coal mining, and other sectors, as well as defense and urban construction, where it performs power transmission and connection tasks.
Features: Excellent electrical conductivity ensures stable power transmission; braided with glass fiber impregnated with high-temperature varnish for enhanced protection against external wear and corrosion.
Core Performance: Silicone rubber insulation provides high and low temperature stability, with stable mechanical properties from -60°C to 180°C. And strong chemical stability, withstanding corrosion from a variety of chemicals.
Highlights: Flexible construction allows for easy installation and adapts to complex wiring; stable electrical performance in high environments; and outstanding aging resistance extends service life, reducing maintenance costs and risks.

Applications: Suitable for industrial automation equipment, drag chain cables are used for power and signal transmission in drag chain systems such as machine tools and logistics equipment. Robot cables serve the wiring needs of moving joints in robotic arms and collaborative robots. Winch cables are used in the lifting areas of large construction machinery to meet the demands of frequent movement.
Features: They combine power and signal transmission, stably carrying the current required for equipment operation and ensuring the accurate transmission of control commands and sensor data.
Core Performance: They offer exceptional bending and fatigue resistance, withstanding over a million reciprocating cycles without damage. They are also wear- and torsion-resistant, resisting the friction and torsional stresses of mechanical movement. They are also adaptable to the complex conditions of high and low temperatures, oil pollution, and other industrial environments.
Product Highlights: Their flexible and tear-resistant structure allows for flexible movement with the equipment during installation. The insulation and sheathing materials are resistant to aging and corrosion, resulting in a long service life, reducing the risk of downtime due to cable failure and providing reliable assurance for the continuous and stable operation of industrial equipment.

Applications: Wind power cables are used for internal connections within wind turbines and between turbines; solar photovoltaic cables connect photovoltaic panels and inverters; and battery energy storage cables serve the charging and discharging circuits of energy storage systems. They are widely used in wind farms, photovoltaic power plants, energy storage plants, and other scenarios.
Functional Characteristics: They undertake power collection, transmission, and distribution, ensuring the efficient conversion of clean energy such as wind and solar power into electricity and stable transmission, while also adapting to the charge and discharge cycles required by energy storage systems.
Core Performance: They offer strong environmental adaptability, with resistance to high and low temperatures, UV rays, and ozone degradation. They offer excellent mechanical properties, with wind power cables able to withstand frequent torsion and vibration, photovoltaic cables offering outstanding bending and weather resistance, and energy storage cables offering current stability suitable for high-rate charge and discharge.
Product Highlights: The insulation and sheath materials are chemically resistant (suitable for outdoor acid, alkali, and salt spray environments), while the electrical performance is stable and low-loss transmission improves energy efficiency. Their long service life (typically over 25 years) meets the long-term operation requirements of new energy equipment and reduces maintenance costs.

Applications: Suitable for connecting key components such as electric vehicle battery packs, motors, charging stations, and electronic control systems. It handles high-voltage power transmission and low-voltage signal communication (such as control commands and status monitoring) across a wide range of new energy vehicle models, including pure electric vehicles and hybrid electric vehicles.
Features: It combines high-voltage power transmission (accommodating voltages ranging from hundreds of volts to kilovolts) with precise signal transmission, ensuring efficient coordination between the battery, motor, and electronic control system, while also supporting the stable flow of high currents during fast charging.
Core Performance: Excellent high and low temperature resistance, adapting to extreme vehicle environments; chemical corrosion resistance (resisting battery fluids, oil stains, etc.) and vibration and shock resistance, ensuring mechanical stability during driving; the insulation layer is resistant to high-voltage breakdown, ensuring electrical safety.
Product Highlights: Its lightweight design meets vehicle weight reduction needs, while its flexibility facilitates complex wiring within the vehicle; its high flame retardancy rating reduces fire risks; and its strong aging resistance ensures a service life that matches the vehicle's lifecycle, reducing maintenance and replacement costs.

Motor lead wires are used for power supply of motors. It has excellent performance in temperature resistance, varnish resistance and oil resistance.

Applications: Widely used in floor heating systems, pipe insulation, industrial heating equipment, agricultural greenhouses, and other applications, meeting heating, frost protection, and constant temperature heating needs.
Function: Heat is generated through conductive carbon fiber, achieving uniform heat dissipation and precise temperature control, providing stable heat to the target area.
Core Performance: High heating efficiency and a high ratio of electrical energy to heat energy; strong thermal stability, rapid heating and uniform temperature distribution; aging and corrosion resistance, and long service life.
Product Highlights: Lightweight and flexible material, easy to install and cut, suitable for complex wiring spaces; highly safe, no open flame risk, and low energy consumption, combining environmental and economic benefits.

Applications: Used for signal transmission between thermocouples and measuring instruments, compensating for the effects of ambient temperature fluctuations on thermocouple measurement accuracy and ensuring the accuracy of temperature measurement systems. Widely used in industrial temperature measurement, metallurgy, chemical engineering, power generation, and other fields.
Function: By selecting a conductor material with similar thermoelectric properties to the corresponding thermocouple, it simulates the thermoelectric effect of the thermocouple within a certain temperature range, offsetting measurement errors caused by ambient temperature fluctuations and achieving accurate temperature signal transmission.
Core Performance: It possesses thermoelectric potential characteristics consistent with the matching thermocouple, with minimal thermoelectric potential error within the specified temperature range. The conductor is made of high-purity metal or alloy with stable conductivity, ensuring low signal transmission loss.
Product Highlights: Targeted compatibility with different thermocouple types (such as K-type, J-type, and T-type) ensures strong compatibility. The insulation and sheath materials have certain temperature and aging resistance, adapting to complex industrial environments. Flexible installation reduces error accumulation in the temperature measurement system and improves overall measurement reliability.

Applications: Suitable for high-voltage power transmission in power plants, substations, transmission lines, and large industrial equipment. This product covers scenarios such as urban power grids, interregional power transmission, and renewable energy grid integration. It handles long- and short-distance transmission of high-voltage (typically 1kV and above) electricity.
Features: Its core function is to safely and efficiently transmit high-voltage power. Through its insulation and shielding design, it controls the high-voltage electric field, preventing power leakage and external interference, and ensuring stable operation of the power system.
Core Performance: The insulation layer has high voltage resistance to withstand high electric field stress; the conductor is made of highly conductive material to reduce transmission losses; and it also has great mechanical strength and environmental resistance (temperature resistance, corrosion resistance, and aging resistance).
Product Highlights: Its large transmission capacity meets the needs of large-scale power transmission; its stable insulation performance provides high operational reliability and reduces the risk of failure.

Nylon sheathed wires are widely used in household appliances, instruments, lightweight mobile devices, etc., to undertake the wiring and connection tasks of low-voltage circuits.
Nylon sheathed wire additionally enhances the physical protection of internal conductors through a sheath, adapting to daily environments such as friction and collisions.