
Basic Parameters
Wire Type: Typically single or multi-strand wires made of copper or aluminum.
Insulation Material: PVC, XLPE (cross-linked polyethylene) with varying thermal and mechanical properties.
Shielding Type: Single or double-layer shielding to reduce electromagnetic interference.
Fire Resistance: Flame retardancy, fire resistance, low smoke zero halogen (LSZH).
Environmental Resistance: Water resistance, chemical resistance, UV resistance.
Features
High Rigidity: Critical connections for power and signal transmission, like the capillaries of a device.
High Customization: Tailored to meet the needs of different equipment and environments.
Diverse Markets: Serves various industrial equipment sectors globally.
Extensive Specifications: Covers a wide range of equipment needs, with an estimated SKU count in the millions.
Efficient Delivery: Low inventory, high responsiveness, and high importance for small components.
Advantages
Stable Electrical Performance: Ensures stable current carrying and signal transmission with minimal electromagnetic interference.
Strong Environmental Resistance: Resistant to high/low temperatures, wear, and corrosion, suitable for complex industrial environments.
High Safety: Electrical isolation measures to prevent short circuits and electric shock.
Intelligent: Integrated sensors and diagnostic functions for fault prediction and remote monitoring.
Applications
Industrial Automation: Connecting robots and automated equipment for production automation.
Smart Manufacturing: Used in mechanical manufacturing, chemical, paper industries for equipment connections.
Smart Warehousing: Connecting shelf loading/unloading robots and related control equipment.
Machine Vision: Connecting cameras, sensors for image data transmission.
Industrial wire harnesses ensure stable operation of industrial equipment through high integration, environmental resistance, and electrical performance. They support various applications and meet modern industrial needs for efficiency, safety, and reliability through optimized design and material selection.