The connection and fixing process of Cable Trays is the core supporting link in the construction of electromechanical wiring, widely used in various building electromechanical, industrial plant, municipal pipeline network, new energy supporting and other wiring projects. By relying on scientific docking connection methods and targeted fixing solutions, the entire bridge system structure is ensured to be stable, the wiring is regular, and the stress is balanced. Corresponding connection and fixing processes are adapted according to different construction scenarios, installation positions, and wiring requirements, and various standardized and refined construction scenarios are adapted.

Linear docking connection for fixed applications, suitable for long-distance horizontal wiring scenarios. In long-distance wiring projects such as factory corridors, garage passages, and hallway ceilings, seamless connection of multiple bridge sections is achieved through standard connecting plate splicing, bolt fastening, and locking. Paired with standardized lateral fixation and hoisting fastening processes, the entire horizontal bridge frame is kept straight and orderly, eliminating the problems of looseness, misalignment, and unevenness caused by segmented splicing, ensuring the continuity and uniformity of long-distance wiring, and adapting to large-scale connected wiring projects.

Alien nodes connect fixed applications and adapt to complex transition scenarios. For special nodes such as bridge bends, diameter changes, height differences, and branch diversion, exclusive docking connectors are used in combination with staggered fastening methods to accurately connect and fix special-shaped accessories such as elbows, reducers, and tees. Effectively solve problems such as large connection gaps, weak stress, and lagging wiring at nodes, making the structure of irregular transition points stable and suitable for construction scenarios with dense pipelines, complex routes such as computer rooms, pipe wells, and equipment interlayers.

Multiple scenic spots with fixed applications, adapted to differentiated installation conditions. The suspended wiring of the ceiling adopts the vertical fixing process of the suspension rod set, which is anti shake and shock-absorbing, and suitable for long-term high-altitude installation; The side installation of the wall is fastened with support arms and expansion fasteners, which are in close contact with the wall base and have stable load-bearing capacity without falling off; Multi layer dense wiring adopts a layered alignment fixing method, with uniform layer spacing and no interference with each other; Outdoor high-altitude and heavy-duty wiring adopts a thickened reinforcement and fastening scheme to enhance wind pressure resistance and deformation resistance, and adapt to harsh outdoor construction environments.

Refined supporting fixed applications, suitable for high standard acceptance projects. The whole set of connection and fixing technology conforms to the mechanical and electrical construction specifications, and all docking points and fixed layouts are scientifically and orderly. This not only improves the overall stability of the bridge, but also makes the line layout neat and orderly, which is convenient for later line maintenance, expansion and renovation. Widely applicable to high standard engineering projects such as commercial complexes, data centers, new energy power stations, and municipal infrastructure, meeting various safety construction and regulatory acceptance standards.