JGW(3) Series Aluminum Alloy Cable Clamps Redefine Standards for Power Engineering Connections

Precision Matching + Safety Protection: JGW(3) Series Aluminum Alloy Cable Clamps Redefine Standards for Power Engineering Connections.

Recently, good news has spread in the power fittings industry. The JGW(3) series aluminum alloy cable clamps, specially designed for three-core cables, have been officially launched into mass production, thanks to their outstanding performance and strict manufacturing standards. As a core component in power transmission and cable laying, this product precisely addresses key safety pain points in the fixing of high-voltage and extra-high-voltage cables, providing an integrated connection solution for complex scenarios such as tunnels, substations, industrial and mining sites.

Ingenious Craftsmanship for Robust Quality

The JGW(3) series cable clamps are integrally forged from high-strength anti-corrosion aluminum alloy, overcoming the disadvantages of traditional iron materials such as easy rusting and heavy weight. The surface is treated with precision anodizing, delivering excellent corrosion resistance and aging resistance.

In terms of structural design, the product adopts a three-hole integrated structure in a triangular layout, perfectly matching the arrangement of three-core cables. The inner side of the clamp is equipped with a wear-resistant rubber cushion, which effectively protects the cable sheath from scratches by sharp metal edges and enhances friction to prevent cable displacement caused by thermal expansion and contraction. Equipped with high-strength bolt fastening, the clamps are easy to install and dismantle without complicated tools, greatly improving construction efficiency and reducing operation and maintenance costs.

Multi-dimensional Adaptability for Diverse Scenarios

As a standardized and modular power fitting, the JGW(3) series covers a complete range of models from JGW(3)-1 to JGW(3)-4, suitable for three-core cables with outer diameters from Φ40mm to Φ80mm, meeting diversified demands from low-voltage power distribution to high-voltage transmission.

It is widely applied in projects with high requirements for safety and space utilization, including urban cable tunnels, underground utility tunnels, rail transit, mining excavation and wind farms. In cable tunnel laying, it effectively fixes the relative positions of three single-core cables, preventing displacement caused by electromagnetic force from short-circuit current and eliminating potential safety hazards. In explosion-proof areas of industrial and mining enterprises, its non-hysteretic aluminum alloy material ensures safe and stable operation.