Stainless Steel Wire Mesh Basket Cable Tray -WT100

The standard specification of WT100×100 stainless steel wire mesh basket cable tray, WT represents grid cable tray. The marked size 100×100 refers to internal dimensions, with internal width 100mm and internal height 50mm. The standard product length is 3 meters, and non-standard special lengths can be customized according to actual demands. The wire diameter ranges from 4.0mm to 6.0mm, and 5.0mm is the commonly used wire diameter in actual engineering layout.

Core Advantages
1. Made of stainless steel raw materials, it has natural anti-rust and anti-corrosion physical properties to adapt to various construction environments.
2. Hollow mesh structure reserves sufficient ventilation and heat dissipation space, which can disperse heat generated during cable operation.
3. Open structural design facilitates daily circuit inspection, cable addition and later maintenance without integral disassembly.
4. Multiple adjustable specifications including size and wire diameter can match different on-site construction layout standards.
5. Lightweight mesh structure reduces the bearing pressure of installation supports, ceiling and other supporting structures.

Product Features
1. All width and height data are measured based on internal size of the cable tray, providing accurate data for wiring space planning.
2. Integrated woven structure maintains stable overall shape, and is suitable for conventional layered cable laying installation.
3. No extra surface coating is attached, the original material performance keeps stable without surface peeling and aging problems.
4. Simple assembly process, no complex professional tools are required for on-site installation and layout.
5. Standardized product specifications realize strong versatility of matching accessories, which cuts down supporting purchasing cost for engineering projects.

Application Scenarios
1. Power cables and control signal cable laying in industrial workshops.
2. Weak current lines and network communication cable arrangement in office buildings and shopping malls.
3. Integrated wiring system of data computer rooms for arranging network cables, optical fibers and low-voltage cables.
4. Outdoor pipeline laying areas and indoor humid environment cable erection projects.
5. Circuit arrangement construction for rail transit and municipal public infrastructure projects.

Notes for Use
1. Check reserved installation space before construction, and arrange cable quantity reasonably according to internal size to avoid excessive stacking.
2. Select appropriate wire diameter specification according to ambient temperature and humidity, and adopt larger wire diameter for dense heavy-load cable layout areas.
3. Arrange fixed installation points evenly in accordance with wiring specifications to keep overall laying flat and avoid unbalanced stress.
4. Polish cutting edges smoothly when cutting customized lengths to prevent sharp burrs from damaging cable outer protective layers.

Storage Requirements
1. Store finished products in dry and ventilated indoor warehouse, keep away from acid-base corrosive goods and water accumulation areas.
2. Limit stacking height during storage to prevent bottom mesh structure from bending and deforming under pressure.
3. Take dustproof measures for long-term storage to avoid excessive dust accumulation affecting on-site installation.