Our Black Wire Mesh Cable Trays are engineered to meet the demanding needs of modern data centers, IT facilities, and high-density cabling environments. With their sleek black finish, they not only provide an open and organized pathway for power and data cables but also enhance the aesthetics of server rooms and technical spaces. This design ensures efficient cable management without restricting airflow, helping prevent overheating and supporting the long-term reliability of sensitive IT infrastructure.
One of the key advantages of black wire mesh trays is their adaptability during installation. The lightweight yet strong construction makes them easy to cut, bend, and shape directly on-site, reducing the need for additional fittings and saving valuable installation time. Despite being lightweight, they offer high load-bearing strength and are capable of handling dense bundles of cables without deformation. The black finish also provides added surface protection, making them more resistant to scratches and wear in demanding environments.
These trays are manufactured in durable steel with premium black powder-coated or epoxy-coated finishes, ensuring both performance and visual appeal. The smooth wire surface (Ra ≤ 3.2 μm) minimizes friction, allowing cables to be pulled without damage. Their open structure design allows for easy maintenance, quick modifications, and simple cable additions—features essential in fast-changing data center environments.
Available Sizes
- Width: 50mm to 600mm
- Height: 50mm (standard)
- Length: 2500mm (standard)
- Wire Diameter: 4mm – 6mm
- Custom sizes can be manufactured on request
Technical Data
- Surface Roughness (Ra): ≤ 3.2 μm for cable protection
- Flow: ~70% open area for natural cooling
- Load Capacity: Up to 200 kg/m (depending on span and tray width)
- Finish: Black powder-coated / epoxy-coated options
- Operating Temperature: -40°C to +120°C
- Earthing/Bonding: Conductive structure allows easy grounding
Because of these features, our Black Wire Mesh Cable Trays offer an ideal balance of strength, flexibility, protection, and technical reliability. They are suitable for underfloor, overhead, and wall-mounted applications, giving data center designers maximum freedom to optimize both space utilization and cooling efficiency while maintaining a clean, professional appearance.
