1. High-Quality Materials

Made of high-strength anti-corrosion aluminum alloy, it offers superior strength, lightweight properties, corrosion resistance, and oxidation resistance. It can operate in environments with temperatures ranging from -50°C to 130°C, ensuring durability in extreme cold or high-temperature conditions. The material’s low density simplifies transportation and installation while maintaining structural integrity.

2. Rational Structural Design

Featuring a compact structure, it is secured by bolts for convenient and efficient installation. A rubber buffer pad is integrated into the middle section, providing protective cushioning for the cable. This pad minimizes friction and mechanical stress between the clamp and the cable, preventing sheath damage and absorbing vibrations . The modular design allows for quick assembly, reducing labor costs and ensuring reliable fixation in power transmission systems.

1. Excellent Insulation Performance

Constructed from insulating materials, it is free from galvanic corrosion and effectively prevents eddy currents, reducing the risk of short circuits or electric shock hazards. This design ensures a long service life, making it suitable for long-term use in high-voltage systems. The non-conductive properties also minimize maintenance needs and enhance operational safety.

2. Wide Range of Applications

Available in multiple models, it can accommodate cables with different diameters, specifically ranging from 75 mm to 146 mm. This versatility makes it suitable for various cable types, including power transmission cables, control cables, and specialty cables in industrial, commercial, and residential settings.

3. Cable Protection

Provides stable mechanical support by securely clamping the cable, preventing sagging, displacement, or damage from external forces. The clamp’s design evenly distributes mechanical stress across the cable, minimizing stress concentrations that could lead to sheath wear or internal conductor damage. Additionally, integrated rubber padding or cushioning further protects the cable from abrasion and vibration, ensuring long-term reliability in dynamic environments

1. Cable Fixation

Used to secure cables after laying and installation, ensuring they remain in the correct position and preventing movement caused by external forces or self-weight. This maintains neat and organized cable alignment post-installation, avoiding misalignment or displacement in cable trays, tunnels, or overhead systems, and facilitating easy maintenance and inspection.

2. Anti-Slip Function

Effectively prevents cable slippage, especially in inclined, vertical, or high-risk sliding scenarios ,Ensuring cable stability and safety under various environmental conditions. The clamp’s design—often with rubber grip pads or serrated surfaces—provides reliable mechanical retention to resist gravitational or dynamic forces.

3. Eddy Current Loss Prevention

Designed to eliminate eddy current losses by using non-magnetic or low-magnetic-conductivity materials.Making it widely applicable in power engineering projects . By preventing electromagnetic induction-induced energy dissipation, it enhances the reliability and efficiency of power systems while reducing operational losses.