Product overview：

　　FRP pultruded cable tray is a new type of product developed and produced on the basis of steel cable tray. It has the characteristics of high mechanical strength, good insulation properties, chemical resistance, fire resistance and flame retardant.

　　It is widely used in the indoor and outdoor cable laying, cable trenches and cable laying in tunnels of petroleum, chemical industry, textiles, light industry, metallurgy, machinery, electric power, communications, underground garages and national defense engineering enterprises.

　　Glass fiber reinforced plastic pultruded cable tray is suitable for the laying of power cables with voltages below 10 kV, as well as control cables, lighting wiring, pneumatic and hydraulic pipes and cables.

　　Product features：　　

　　FRP pultruded cable tray has the characteristics of wide application, high strength, light weight, reasonable structure, excellent insulation performance and low cost, long life, strong corrosion resistance, simple construction, flexible wiring, standard installation, beautiful appearance and so on.

　　The installation of glass fiber reinforced plastic pultruded cable tray can be adapted to local conditions. It can be laid overhead with process pipelines; hoisted under floors and beams; side-mounted on indoor and outdoor walls, column walls, tunnels, and cable ditch walls, and can also be installed on open-air columns or buttresses. When hoisting large multi-layer bridges, i-beam columns should be laid symmetrically on both sides as much as possible.

　　The FRP pultruded cable tray can be laid horizontally and vertically, with corner, T-shaped, and cross-shaped branches; it can be widened, raised, and reduced in diameter.

　　The installation of FRP pultruded cable tray is different from that of steel tray. The main difference is: the connection between the cover plate and the tank body, in addition to the same buckle and lock connection method as the steel tray, the cover plate and the tank body can also be connected in-line. Plug-in connection.