Galvanized sheet Cable Trays are clearly classified into various mainstream types based on structural styles, forming processes, and usage functions, suitable for different wiring methods, cable capacities, and construction environments. The entire series is processed and formed from high-quality galvanized steel plates, with stable basic rust and oxidation resistance. It has strong category differentiation and can accurately match various engineering needs such as strong and weak current laying, dense wiring, heat dissipation wiring, and enclosed protection. It is the most comprehensive bridge series in conventional infrastructure selection.

The groove type Galvanized cable tray is a mainstream closed type product, with an overall closed box structure, regular pattern, and excellent sealing performance. It has the characteristics of dust prevention, debris prevention, and line exposure prevention, which can effectively protect weak current signal lines, avoid external interference, and is suitable for precision weak current wiring such as network communication, monitoring and security, and building automation. The overall protection is strong, the wiring is neat and beautiful, and it is mostly used in indoor ceilings, concealed wall installations, precision equipment rooms and other wiring scenarios.

The ladder style galvanized bridge is a specialized category for heavy-duty ventilation, using a ladder structure with horizontal bars on both sides, and a transparent hollow design with excellent heat dissipation. Suitable for laying large-diameter power cables, high-voltage cables, and high-power unit lines. The wiring process dissipates heat quickly and does not accumulate heat, effectively avoiding high temperature aging of cables. It is widely used in heavy-duty and high heating wiring scenarios such as factory power lines, mechanical and electrical equipment layers, and large power engineering.

The tray type galvanized bridge is a universal lightweight category, with a structure between groove type and ladder type, and a perforated bottom design that balances load-bearing and heat dissipation advantages. Lightweight and flexible in installation, suitable for layered laying of various small and medium-sized cables. It can be used for both ordinary weak current wiring and conventional power line routing, with strong versatility. In addition, there is a complete range of supporting special-shaped components, including horizontal bends, tees, crosses, variable diameters, vertical up and down bends, etc., which can be adapted to various turning, diversion, and variable diameter routes to meet the layout requirements of all construction scenarios.