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As a leading enterprise specializing in the production of power fittings, Vilun Electric Co., Ltd has its own product processing plant, and has always adhered to technological innovation during its development, committed to providing customers with high-performance and highly reliable power fittings.

With the increasing demand for modern communications and power transmission, the vibration and external environmental impact faced by optical cables and transmission lines have become increasingly severe, and the safety and stability of the lines have become a crucial issue.

With the accelerated advancement of smart grid construction, the performance requirements of optical cable accessories in power communication systems are increasing. To meet this demand, Armoured grip suspension clamp for OPGW has become the core solution for ensuring the stable operation of optical fiber composite ground wire (OPGW) in power transmission lines with its innovative design, excellent performance and efficient installation characteristics, setting a new benchmark for safety and reliability in the industry.

Optical fiber cable joint boxes​ play an indispensable role in power, communication, industry and construction applications, as they guarantee safe equipment operation even under harsh environmental conditions and heavy workload conditions. Their robust support for various projects makes this essential equipment invaluable.

Modern power and communications engineering rely heavily on optical cables as signal transmission media, with optical cable tension clamps serving a key role in transmission lines, wind farms, communication base stations and other areas to support optical cable protection with their innovative designs and superior performances. They provide stable support and protection to optical cable runs thanks to preformed OPGW tension clamps being key components.

The preformed conductor tension clamp is made from galvanized steel and aluminum-clad steel wires, offering outstanding mechanical properties. In addition, its tensile strength can reach over 95% of the conductor’s calculated tensile strength (CUTS), ensuring stable and durable power transmission. This makes it an essential component for power, communication, and transportation systems, providing strong support for lines in various fields.