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 -40°C to 120°C, it boasts a mechanical strength exceeding 30,000 Nm. These properties make it ideal for harsh outdoor conditions, industrial environments, and high-temperature applications, ensuring long-term structural integrity without compromising performance.

2. Rational Structure Design

Featuring a compact and bolt-fastened design, it ensures convenient installation and flexibility. Typically composed of a clamp base and cover, the cable is wrapped with a rubber pad and placed on the lower clamp body to provide comprehensive protection. This design not only secures the cable firmly but also minimizes friction and mechanical stress, preventing sheath damage while absorbing vibrations. The modular structure simplifies on-site assembly, reducing installation time and labor costs in power projects.

1. High Insulation Performance

Crafted from insulating materials, it eliminates galvanic corrosion and eddy currents, preventing short circuits or electric shock hazards. This design ensures a long service life, making it ideal for high-voltage environments where safety and durability are critical. The non-conductive materials also reduce maintenance requirements and enhance system reliability over time.

2. Reduced Inductive Voltage

Arranges three single-core cables in an equilateral triangular ("delta") configuration, effectively minimizing inductive voltage on the metal sheath. This configuration reduces or eliminates sheath circulating currents, thereby improving operational stability and reducing energy losses. By optimizing electromagnetic field distribution, it enhances the efficiency of power transmission systems.

3. Easy Installation

Featuring a user-friendly design with rational structural components, installation is simplified through innovative features such as bolt rotation limit structures, enabling one-handed tightening. This design significantly improves construction efficiency, reduces labor costs, and ensures consistent, reliable installations even in challenging environments.

1. Cable Positioning

Used to secure the placement of cables, ensuring they remain in the correct position and preventing movement caused by external forces or self-weight. This maintains neat and organized cable alignment after installation, avoiding misalignment or tangling in cable trays, tunnels, or overhead systems, which simplifies maintenance and improves overall system aesthetics.

2. Cable Protection

Provides stable mechanical support by clamping the cable, preventing sagging, displacement, or damage from external stresses. The design evenly distributes mechanical forces across the cable, reducing stress concentrations that could lead to sheath abrasion or internal fiber damage. Rubber padding or cushioning within the clamp further absorbs vibrations and shocks, enhancing long-term cable integrity in dynamic environments.

3. Facilitated Cable Management

Adopts a professional modular design concept with a flexible cable-layout structure, enhancing cabling flexibility and adjustable reliability. The movable cable-management design allows for easy adjustments to cable routes, accommodating changes in system requirements or expansion needs. This modularity streamlines installation and maintenance processes, making it suitable for complex power projects or future-proofed infrastructure.