1. Cable management

Organisation of cables: The bridge can lay cables in an orderly manner, avoiding confusion and facilitating maintenance and troubleshooting.

Protecting cables: preventing cables from mechanical damage, chemical corrosion and environmental impacts, prolonging service life.

2. Safety

3. Fire-retardant: Bridges usually have fire-retardant properties, reducing the risk of fire.

Prevent electric shock: Reduce the risk of electric shock and short circuit by isolating cables.

3. Easy maintenance

Easy access: The bridge design facilitates cable installation, replacement and maintenance, reducing downtime.

Modular design: Flexible modular design makes expansion and adjustment easier.

4. Space optimisation

Space saving: the bridge can effectively use space, especially suitable for cable-intensive places.

Aesthetically pleasing and tidy: Hiding cables keeps the environment tidy and aesthetically pleasing.

5. Cost-effectiveness

Reduce installation cost: the bridge simplifies the cable installation process, reducing manpower and time costs.

Reduce maintenance costs: Reduce the frequency of maintenance and replacement by protecting cables, saving long-term costs.

6. Adaptable

Multiple environments applicable: suitable for industrial, commercial, residential and other occasions.

Multiple material choices: you can choose different materials such as metallic and non-metallic bridges according to your needs.

7. Compliance with norms

Compliance with standards: the bridge is designed and installed in accordance with electrical and safety codes to ensure compliance.

Summary

Bridges play an important role in cable management, safety, ease of maintenance, space optimisation, cost-effectiveness and adaptability, making them an indispensable infrastructure in modern buildings and industrial facilities.