Detailed introduction of U-shaped steel cable tray
Shenjia Hydraulic
Release time:
2024-10-22
The U-shaped steel cable tray, also known as the U-shaped steel bridge frame, is a widely used auxiliary fixing product in the construction of communication rooms, telecom, Unicom, and mobile facilities. It is mainly used for laying communication optical cables or network cables. Below is a detailed introduction to the U-shaped steel cable tray:

The U-shaped steel cable tray, also known as the U-shaped steel bridge, is a widely used auxiliary fixed product in the construction of communication rooms, telecommunications, Unicom, mobile, and other facilities. It is mainly used for laying communication optical cables or network cables. Below is a detailed introduction to the U-shaped steel cable tray:
1. Composition and Characteristics
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Composition: The U-shaped steel cable tray is made of U-shaped steel material, with its side beams and crossbars also using U-shaped steel, assembled by screws. It typically consists of two three-meter long U-shaped steel profiles and multiple crossbars cut from U-shaped steel profiles, then assembled with multiple sets of screws and nuts.
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Characteristics:
- Sturdy and Durable: Made from high-strength steel, processed with precision techniques to ensure its load-bearing capacity and stability. Whether in indoor or outdoor environments, the U-shaped steel cable tray can withstand various harsh weather conditions and long-term use, effectively protecting the safety and stable operation of cables.
- Flexible and Expandable: The modular design allows the cable tray to be quickly assembled and disassembled according to actual needs, facilitating the expansion and maintenance of wiring systems. At the same time, the U-shaped steel cable tray supports various specifications and sizes of cables to meet different wiring requirements.
- Excellent Heat Dissipation Performance: Through reasonable structural design, air circulation between cables is smoother, effectively reducing cable temperature and improving the overall stability and reliability of the wiring system.
- Aesthetic and Environmentally Friendly: The simple and elegant appearance design can coordinate with various environments, enhancing the overall aesthetic of the space. At the same time, it is made from environmentally friendly materials, aligning with sustainable development concepts.
2. Types and Classifications
U-shaped steel cable trays can be roughly divided into heavy-duty U-steel and light-duty U-steel to meet different usage needs in various scenarios.
3. Application Scenarios
U-shaped steel cable trays are widely used in the construction of communication rooms for telecommunications, Unicom, mobile, as well as in data centers and computer network systems for wiring support.
4. Advantages and Disadvantages
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Advantages:
- Outstanding load-bearing capacity, suitable for large computer rooms.
- Universal for indoor and outdoor use, with strong adaptability.
- Easy to install and maintain.
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Disadvantages:
- In harsh environments such as humidity, acidity or alkalinity, U-shaped steel is prone to oxidation and corrosion, which may shorten its lifespan.
- Due to the special shape of U-shaped steel, its cross-sectional shape makes it susceptible to deformation or breakage from impact or compression in certain directions.
- Limited load-bearing capacity may not be suitable for heavy-load buildings.
5. Price and Purchase Recommendations
The price of U-shaped steel cable trays varies based on brand, specifications, materials, etc. When purchasing, it is recommended to choose suitable types and specifications based on actual needs while paying attention to product quality and after-sales service. Additionally, comparing prices and services from different brands and suppliers can help select products with a better cost-performance ratio.
In summary, the U-shaped steel cable tray has become an ideal choice in modern wiring systems due to its sturdy durability, flexible expandability, excellent heat dissipation performance, as well as aesthetic and environmentally friendly characteristics. When selecting and using it, one should comprehensively consider its advantages and disadvantages along with the specific application scenario requirements.