Cable Tray systems are commonly fabricated from a corrosion resistant metal or from a metal with a corrosion – resistant finish. The selection of the proper material is essentially an economic consideration.

 Every cable tray installation places requirements on the mechanical properties of the material from which it is fabricated. The properties influence the spacing frequency of supporting members, and the easy of installation. The selection of the material may also be dependent upon electrical(conductivity) physical(appearance), or chemical (corrosion resistance) properties, according to the demands of the specific installation. Although there are numerous metals available which could satisfy the basic requirements, certain wrought aluminum alloys and low carbon steels meets these requirements most economically

Material Available

- Stainless steel

- Aluminum

- Mill Galvanized Steel

- Steel HDGAF

- Stainless Steel

- PVC coated Aluminum or Steel Cable Tray

Steel cable trays are used principally in environments which are relatively free from corrosive attack. There are available which carious types of corrosion-resistant finishes, usually hot-dip galvanized, The main advantages of using steel cable tray fabrication are it’s high strength and low cost. It’s disadvantages are increased structure weight, poor corrosion-resistance and electrical conductivity. 

- Best NEMA Cable Tray systems for supporting various diameter instrumentation, control and power cables

- Cable Trays are typically used by power plants, pulp and paper mills, petrochemical plants and industrial construction requiring
   strength and reliability where space is limited

- Certified CSA Ladder Cable Tray, UL Ladder Tray, NEMA