feature

Strong corrosion resistance: Materials with low thermal conductivity are selected and flame retardants are added to make it not only fire-resistant, heat-insulating, and self extinguishing, but also resistant to corrosion such as acid, alkali, and salt. It is suitable for strong corrosive environments such as chemical, metallurgical, and petroleum industries.

Lightweight and High Strength: It is about 30% lighter than traditional metal cable trays, but has high strength, can withstand large loads, is easy to install and transport, and can also meet the needs of large-scale electrical engineering.

Good insulation and flame retardancy: Good insulation performance can avoid mutual interference between cables, prevent electric shock, have good flame retardancy, are not easy to burn, and can effectively prevent fires from occurring.

Convenient construction: Modular design, lightweight, easy to process, simple and fast installation, can shorten cable laying time and reduce construction costs.

Beautiful and durable: The surface is smooth and can be made into various colors and shapes, with a long service life, 5-6 times longer than traditional metal cable trays.

classification

Trough type cable tray: fully enclosed, suitable for laying control cables for highly sensitive systems such as computer cables and communication cables. It can effectively shield interference and has good protection effect in heavily corrosive environments.

Tray type cable tray: lightweight, high load capacity, beautiful appearance, simple structure, easy installation, suitable for laying power cables and control cables.

Cascade cable tray: Like a small ladder, it is easy to lay and maintain cables, suitable for laying large diameter cables, especially high and low power cables.

Combination cable tray: can be freely combined according to needs to meet the cable laying requirements in complex environments.

Application field

In the field of power, it can be used for laying power cables with voltages below 10 kV. It can improve the reliability and maintenance efficiency of cable operation in high voltage, high current, high temperature, and dusty environments.

In the field of communication, providing reliable support and protection for cables in communication systems can effectively improve the operational reliability and maintenance efficiency of cables, while reducing the number of cables and saving space and materials.

In the field of transportation, cable support is provided for signal systems, communication systems, etc. in high-speed rail, subway and other rail transit to ensure the safe operation of trains.

In the field of architecture, it is used for cable laying inside buildings, which can improve the safety and aesthetics of buildings. It can also be used for laying indoor and outdoor overhead cable trenches and tunnels.