Corrosion resistant and heavy-duty Anti-corrosion cable trays have a complete industrial specific specification system, which is different from the parameter standards of ordinary civilian Cable Trays. All specifications are designed for severe corrosion conditions such as chemical, sewage, metallurgy, and electroplating. The size parameters, plate thickness, and structural pattern have been optimized through anti-corrosion engineering adaptation. The specifications cover a wide range and the selection is precise, which can meet the construction standards of strong and weak electrical line laying in various high corrosion industrial scenarios.

The standard size specifications are complete and suitable for most industrial wiring needs. The mainstream universal width in the market covers 100mm, 150mm, 200mm, 300mm, 400mm, 500mm, 600mm, and the side height includes conventional parameters such as 50mm, 80mm, 100mm, 150mm, etc. It can be adapted to the combination laying of small section control cables and medium to large section power cables. The standard single section length is divided into a 3-meter regular version and a 6-meter extended version, which is suitable for long-distance wiring in the factory area and cross connection wiring between equipment sections, reducing the number of splicing points and lowering the risk of corrosion and leakage.

The thickness of the board is strictly graded and conforms to the load-bearing standards of heavy-duty anti-corrosion engineering. Different from the ordinary thin material process of bridge trays, heavy-duty anti-corrosion bridge trays are divided into three levels: national standard thickness, industrial thickened thickness, and heavy-duty reinforced thickness. Conventional thickness suitable for indoor corrosive environments and conventional wiring; Thickened plate surface has stronger compressive and deformation resistance, suitable for working conditions with dense equipment and high pipeline weight; The heavy-duty reinforced version combined with overall reinforcement technology can meet the load-bearing requirements of large-span overhead and high-level laying, and is not easily deformed after long-term use.

Clear classification of structural specifications and targeted adaptation to anti-corrosion scenarios. It includes four mainstream specifications: sealed groove type, breathable ladder type, punched tray type, and large-span reinforced type. The enclosed specification emphasizes full sealing protection to prevent the invasion of acid and alkali mist; Ladder style and tray style focus on ventilation and heat dissipation, suitable for power lines with high heat output; The large-span dedicated specification is designed specifically for open span wiring in factory areas. The specifications of accessories such as bends, tees, reducers, and cover plates are unified throughout the entire series, which can achieve overall specification matching and standardized construction.