The first step is choosing the appropriate stainless steel grade, typically 304 or 316, depending on environmental conditions. Grade 316 is preferred for harsh or corrosive environments due to its superior resistance to moisture, chemicals, and chlorides, while 304 is suitable for general indoor applications . The material may also undergo surface treatments like powder coating or passivation to enhance corrosion resistance .
Stainless steel wires or sheets are cut to precise dimensions using laser cutting machines or shearing tools. This ensures accuracy and minimizes material waste. Tray dimensions, including width, depth, and grid spacing, are determined based on cable load requirements and future expansion plans . Proper measurement verification against design blueprints is essential to avoid errors.
The cut components are assembled into a mesh structure using automated or precision welding machines. Welding forms a rigid grid while maintaining smooth seams to prevent cable damage during installation . The mesh design allows for maximum airflow, which helps dissipate heat and prolong cable life . Complex connectors such as elbows, tees, and reducers are fabricated similarly to accommodate changes in cable routing.
After welding, trays may undergo surface finishing to remove sharp edges and enhance durability. Stainless steel naturally resists corrosion, but additional treatments like passivation or electropolishing can further improve longevity, especially in outdoor or chemical-exposed environments . This step ensures the tray maintains structural integrity and aesthetic appeal.
The lightweight yet strong mesh trays are easy to handle and install, requiring minimal supporting framework. They are designed for flexible cable management, allowing cables to be added, removed, or rerouted without dismantling the entire system . Compliance with industry standards ensures load-bearing capacity, safety, and proper spacing for cable protection .
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