Our cable trays are made from high-strength steel and are externally galvanized or powder-coated, offering corrosion resistance. For special environments such as humid or highly corrosive chemical plant areas, we also provide aluminum alloy and stainless steel cable trays to meet the usage demands in various harsh conditions. 

Our cable trays have passed the national fire resistance certification. They are made with special flame-retardant materials and advanced manufacturing techniques, enabling them to maintain normal operation under high temperatures or fire conditions for extended periods, thereby protecting the cable system's integrity. 

Our cable trays are designed with rigorous structural mechanics testing. Each product undergoes load testing before leaving the factory to ensure it can reliably support the weight of cables over the long term. In terms of design, ladder-type cable trays feature an open structure that provides ventilation, making them ideal for environments requiring heat dissipation. On the other hand, trough-type cable trays offer full enclosure protection for cables, making them suitable for industrial settings with high dust levels.  

We utilize advanced galvanizing and powder coating techniques to ensure our products have corrosion resistance. In harsh chemical environments, our stainless steel cable trays, with their outstanding corrosion resistance and high oxidation resistance, can ensure a service life of up to 20 years.  

Modularity and Ease of Installation: Our cable trays and busways feature a modular design, which can be installed on-site without complex tools, significantly reducing installation time and labor costs. Each component is precision-engineered to ensure seamless connection, making them ideal for fast-paced engineering projects.

Our busway system utilizes special metallic shielding materials to effectively block electromagnetic interference, ensuring the normal operation of surrounding sensitive equipment. This system is widely used in locations with stringent electromagnetic environment requirements, such as hospitals and data centers.