Aluminum tension wire clamp

This aluminum fiber optic cable tension clamp is the core anchoring tool in overhead fiber optic cable lines, mainly used for terminal fixation, tension adjustment of tension sections, and branch connection of optical cables. Through the combination design of aluminum alloy and insulation components, it achieves dual functions of high-strength anchoring and insulation protection, and is an ideal choice for small and medium tension overhead fiber optic cable projects.

Core strengths

Aluminum alloy body, lightweight and high strength

The main body is made of excellent aluminum alloy extrusion molding, which combines lightweight and high tensile strength characteristics. Its weight is only half of the same specification steel wire clamp, making it easy to carry and install at high altitude. At the same time, it can stably bear the traction load of medium and low tension optical cables, and is not easily deformed after long-term use.

Insulation protection, good performance

Built in engineering plastic insulation lining can effectively isolate direct contact between metal and fiber optic cables, avoiding the risk of leakage in live scenarios, and is suitable for ADSS fiber optic cables and low-voltage communication lines. The insulation liner can also disperse the clamping force and protect the fiber surface and core of the optical cable from damage.

Adaptive clamping, stable and smooth

Adopting a tooth shaped interlocking structure combined with stainless steel cables, it can adaptively tighten according to the diameter of the optical cable. The greater the tension, the stronger the interlocking force, and no additional locking is required to prevent the optical cable from slipping. The tooth groove design has been optimized to evenly distribute clamping force and avoid local stress concentration.

Tool free installation, convenient effect

No need to focus on crimping equipment, simply embed the optical cable into the slot and tighten the stainless steel cable to complete the fixation. It can be operated by a single person, greatly reducing construction time. Adapt to narrow work scenarios such as high-altitude and tower construction to improve construction efficiency.

Applicable scenarios

Communication engineering: Terminal fixation and tension adjustment of overhead communication optical cables and 5G base station optical cables

Power engineering: anchoring of tension sections for ADSS optical cables and low-voltage transmission supporting optical cables

Municipal cabling: branch connections of urban overhead optical cables and monitoring optical cables

Access Network Engineering: Standardized Anchoring of Rural Broadband Access Optical Cables