The large-span integrated Cable Tray, with its core advantages of no splicing, high load-bearing capacity, large span, and strong stability, is widely used in various large space, high clearance, and high standard power and electromechanical wiring projects. It specifically compensates for the shortcomings of ordinary cable trays that cannot adapt to ultra long distance and few support points construction, and is the core supporting wiring profile for modern large-scale infrastructure, industrial upgrading, and energy engineering.

Industrial plant construction is its core application scenario. For sites without dense columns such as steel structure large-span factories, high clearance production workshops, and large warehousing and logistics parks, traditional bridge support arrangements are dense and construction is cumbersome. However, large-span integrated cable trays can adapt to the installation of wide distance beams and columns, effectively adapting to the overall laying of workshop power cables, control cables, and dense equipment lines, ensuring the orderly and stable wiring of the factory area, and adapting to the industrial power environment of long-term continuous production.

Energy and power engineering are widely used, covering scenarios such as photovoltaic power stations, wind power projects, power transmission corridors, and substation supporting wiring. This type of outdoor and power special project has extremely high requirements for bridge stability, deformation resistance, wind and earthquake resistance. The integrated structure can adapt to the complex environment of outdoor outdoor, high-altitude suspension, and variable temperature difference, effectively ensuring the long-term safe operation of high-voltage and power cables, and complying with the high standard construction specifications of power engineering.

At the same time, it is widely used in public infrastructure and large-scale municipal projects, including large sports venues, exhibition centers, high-speed railway stations, underground comprehensive pipe galleries, high-rise commercial complexes, etc. This type of building has an open interior space and high floor height, with strict requirements for overall decoration aesthetics and construction safety. The large-span integrated cable tray reduces the exposure of splicing nodes and hanging parts, and the wiring is overall clean and atmospheric, balancing engineering quality and visual effects. In addition, it can also be adapted to special industrial plants such as chemical and metallurgical industries, and with anti-corrosion processes, it can be used stably for a long time in mildly corrosive environments.