1. High-Quality Materials

Constructed from high-strength anti-corrosion aluminum alloy, it offers superior strength, lightweight design, corrosion resistance, oxidation resistance, and excellent fire resistance. Capable of operating in environments ranging from -50°C to 130°C, it ensures durability in extreme temperature conditions. The material’s high strength-to-weight ratio simplifies transportation and installation while maintaining structural integrity in harsh environments.

2. Rational Structural Design

Featuring a compact structure secured by hot-dip galvanized bolts, it enables convenient and reliable installation. A rubber buffer pad is integrated in the middle: the cable is wrapped with the rubber pad and placed on the lower clamp body to provide comprehensive protection. This design minimizes friction between the clamp and the cable, absorbs vibrations , and prevents sheath abrasion or mechanical damage. The galvanized bolts enhance anti-corrosion performance, ensuring long-term stability in outdoor or high-humidity applications.

1. Strong Insulation Performance

Made of insulating materials, it is free from galvanic corrosion and effectively prevents eddy currents, avoiding short circuits or electric shock hazards. With an exceptionally long service life—50 years for above-ground applications and 80 years for underground use—it ensures long-term reliability in power systems. The non-conductive design eliminates electromagnetic interference and reduces maintenance needs, making it suitable for critical infrastructure.

2. Wide Applicability

Available in multiple models , It accommodates cables of varying diameters, with a suitable cable outer diameter range of 55 mm to 180 mm. This versatility allows it to be used for different cable types, including high-voltage transmission cables, tunnel cables, mining cables, and wind energy cables, making it an ideal choice for diverse power engineering projects.

3. Excellent Protection Performance

Provides stable mechanical support to prevent cable sagging, displacement, or damage from external forces. The design evenly distributes mechanical stress across the cable, minimizing stress concentrations that could lead to sheath wear or internal conductor damage. Integrated rubber padding or cushioning further absorbs vibrations and shocks, enhancing cable protection in dynamic environments.

1. Cable Fixation

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

2. Anti-Slip Function

Featuring a unique design, it effectively prevents cable slippage, especially in inclined, vertical, or high-risk sliding scenarios . This ensures cable stability and safety across various environmental conditions, with secure clamping mechanisms to resist gravitational and dynamic forces.

3. Eddy Current Loss Prevention

Designed to eliminate eddy current losses, it is widely used in power engineering applications, including power transmission lines, substations, and distribution panels. By using non-magnetic or low-conductivity materials, it prevents energy dissipation caused by electromagnetic induction, thereby enhancing the reliability and efficiency of power systems and reducing operational losses.