1. Wide Application Range

Capable of adapting to various cable specifications and materials, such as aluminum strands, steel strands, and copper strands, with a typical wire diameter range of approximately 6–50 mm. This versatility makes it suitable for diverse applications in power engineering, construction, and mechanical systems, eliminating the need for multiple specialized clamps.

2. Strong Clamping Force

Equipped with special clamping structures , it generates significant clamping force to securely fix cables. Typically able to withstand tensile forces of several thousand newtons, it ensures reliable cable retention during pulling, tensioning, or lifting operations, even under heavy loads.

3. Easy Operation

Designed for simplicity and user-friendliness, it requires only simple mechanical actions—such as rotating a handle or pulling a rope—to clamp or release cables. This intuitive operation minimizes training needs and allows rapid deployment in the field, enhancing efficiency in emergency repairs or routine installations.

4. Robust and Durable

The main structure is predominantly made of high-strength aluminum alloy or premium carbon steel, subjected to heat treatment and surface anti-corrosion treatments . This combination provides exceptional strength, wear resistance, and resistance to harsh environmental factors. ensuring long-term reliable performance in demanding conditions.

1. High Versatility

Reduces the need to stock multiple types of cable clamps for different cable specifications and materials, simplifying inventory management and lowering costs. Its ability to handle diverse cable types and diameters eliminates the hassle of switching between specialized tools, making it a cost-effective solution for contractors and maintenance teams.

2. Efficient and Safe Operation

Enables rapid cable clamping, significantly improving work efficiency in tasks such as cable pulling, tensioning, or temporary fixing. Meanwhile, its reliable clamping force prevents cable slippage during operations, minimizing the risk of safety incidents caused by loose cables. This combination of speed and security is critical for time-sensitive projects or high-risk environments.

3. Easy Maintenance

With a relatively simple structure, it is less prone to malfunctions and requires minimal maintenance. Its straightforward design allows for easy disassembly and repair, reducing downtime and lowering long-term maintenance costs. Additionally, the durable materials and anti-corrosion treatments further minimize the need for frequent servicing, making it a low-maintenance choice for both indoor and outdoor applications.

1. Power Construction

Used in the erection and maintenance of overhead transmission lines to secure cables, facilitating operations such as tensioning, stringing, and hoisting. It ensures cable tension and positioning meet project requirements, making it essential for tasks like aligning conductors on pylons or adjusting sag in high-voltage lines.

2. Telecommunication Engineering

Applied in the laying and maintenance of communication lines to clamp telecom cables, enabling smooth cable deployment, fixing, and adjustment. This ensures the stability of communication networks, particularly in aerial or underground cable installations where secure clamping prevents sagging or disconnection.

3. Other Fields

Construction Projects: Used to secure steel strands in building structures, such as in reinforced concrete frameworks or temporary support systems.

Temporary Fixing Applications: Suitable for scenarios requiring temporary cable or rope fixation, such as cargo bundling, lifting operations, or event rigging. Its reliable clamping provides a safe and quick solution for securing loads or stabilizing equipment in various industrial and commercial settings.