1. Excellent heat dissipation with maximum ventilation
The 80%~90% hollow open structure allows 360° air contact with cables without heat accumulation. Its heat dissipation performance far exceeds channel trays and perforated trays, effectively lowering the temperature rise of network cables, optical fibers and weak-current cables to extend service life, making it the top choice for high-density wiring in data centers.
2. Ultra-light weight reduces ceiling load
It only weighs 30%~50% of steel ladder/perforated trays of the same specification, easy to carry by one person. It cuts the usage of suspension rods and expansion bolts, suitable for light steel keel ceilings, raised computer room floors and light steel structure buildings.
3. Flexible wiring without special site accessories
No prefabricated elbows or tees are required. It can be cut, bent and branched on site with ordinary cutting machines. Cables can be routed in or out at any position. Later renovation and cable addition/removal do not require disassembly of the whole tray, lifting construction efficiency by over 60%.
4. Fully visible structure with zero maintenance cost for inspection
Cables, labels and fault points can be seen clearly without removing covers, greatly accelerating infrared temperature measurement, circuit troubleshooting and routine room inspection.
5. Simplified installation with fast snap connection
Two sections of trays can be directly connected by matched metal snaps without numerous bolts, saving time and labor for high-altitude ceiling construction.
6. Neat and transparent appearance for elegant computer rooms
The hollow design looks lightweight and tidy in ceilings of office buildings and commercial complexes. Separated strong and weak current wiring is well-organized, ideal for high-standard weak current and intelligent projects.
7. Conductive metal body for reliable continuous grounding
The integrated welded steel mesh and metal snaps guarantee overall equipotential continuity, complying with weak-current shielding and grounding specifications for monitoring, network and fire signal cables.
Product Categories: Wire Mesh Cable Tray
Wire Mesh Cable Tray / Basket Tray Snap Connector
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- Product Introduction
Features
Wire mesh cable tray, also known as basket cable tray, is an open lightweight cable support system integrally welded with high-strength steel wire into a diamond hollow mesh structure.
Available materials: pre-galvanized steel, hot-dip galvanized steel, 304/316 stainless steel and aluminum alloy.
Standard sizes: widths of 50/100/150/200/300/400/600mm, heights of 30/50/100mm, single length of 2m/3m.
Supporting accessories include snap-on connectors, vertical elbows, horizontal elbows, reducers, hanging brackets and support arms, separating partitions.
Easy installation,
superior quality,
complete specifications,
original manufacturer,
multiple protections,
worry-free after-sales service.
Multiple application scenarios
FAQS
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What is wire mesh cable tray?
Wire mesh cable tray (basket tray) is an open wiring support welded by high-tensile steel wire, specially designed for low-voltage, data, fiber and communication cables in server rooms and office buildings.
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What are the biggest advantages compared with ladder tray?
1. Ultra-light weight, only 30%-50% weight of steel ladder tray, lower ceiling load; 2. Super flexible installation, can be cut and bent on site without special elbows; 3. Full open structure for best heat dissipation, ideal for dense network cables; 4. Cables are fully visible, convenient for daily inspection and maintenance.
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What determines the current carrying capacity of a fire-resistant busbar?
With the continuous increase in electrical load, busbar trunking has largely replaced cables in recent years. However, some designers and supervisors have discovered that the temperature limit in key technical parameters of busbar trunking has increased, which could pose a safety hazard...
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Do we need grounding jumpers for wire mesh tray?
No. The welded mesh and metal clips form continuous conductive circuit, equipotential bonding is automatically realized, fully meet electrical acceptance standards.
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Can wire mesh tray carry heavy power cables?
Not recommended. It is designed for light-load weak current cables (network, fiber, control wires). For large cross-section power cables and bus duct outgoing lines, ladder cable tray is the proper choice.
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Is wire mesh tray suitable for basement or outdoor projects?
Not applicable. Fully open structure provides no dust or waterproof protection, which will speed up cable aging under humid, dusty environment. Solid channel tray or FRP tray is suggested for damp and corrosive sites.
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What materials are available for wire mesh tray?
Pre-galvanized steel for dry indoor server rooms; hot-dip galvanized steel for slightly humid areas; 304/316 stainless steel for clean workshops and light anti-corrosion environments; aluminum alloy for lightweight high-end projects.
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Where is wire mesh cable tray widely used?
Data centers, IDC computer rooms, office buildings, hospital weak current rooms, intelligent building wiring, laboratories and clean workshops with frequent cable renovation demands.
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