Wire Mesh Cable Tray
Wire Mesh Cable Tray is a high-performance welded grid cable supporting structure with open mesh structure, delivering great load-bearing rigidity, excellent cable protection performance and concise industrial appearance. Made of quality low-carbon steel wire with firm welded joints, its hollow grid structure enhances heat dissipation performance and prevents cable heat accumulation.
It features hot-dip galvanized, powder coated or PVC/PE coated finishes for excellent corrosion, rust and UV resistance, suitable for harsh indoor and outdoor engineering environments. Modular grid panels and standard supporting brackets enable fast, welding-free installation, saving labor and construction time.
Practical, lightweight and cost-effective, it is widely used in data centers, factories, warehouses, office buildings, hotels, shopping malls, roads, rail transit and construction sites for various cable laying and management protection.
Product Details– BDFENCE
What is a Wire Mesh Cable Tray?
Wire Mesh Cable Tray, also widely known as Welded Grid Cable Tray or Hollow Cable Tray, is a high-performance, easy-to-install and heat-dissipating cable supporting and protective system. Its distinctive feature is the fully transparent hollow grid structure, paired with special standard supporting brackets, achieving a perfect combination of practicality, convenience and durability.
Wire Mesh Cable Tray Specifications
Height:50mm/100mm/ 150mm.
Width:50mm/100mm/150mm/200mm/300mm/400mm/450mm/500mm/600mm.
Length:3.0 m.
Wire Diameter: 3.5-6 Common wire diameter is 5mm.
Material： galvanized steel, stainless steel.
Surface Treatment:Powder coated, electrogalvanized, hot-dip galvanized, pre-galvanized.
Various structures available for Wire Mesh Cable Tray
Introduction to Product Categories & Detailed Item Overview
Wire Mesh Cable Tray
Full-Service Industrial Chain
We provide a complete industrial chain covering production, coating, on-site installation and standardized warehousing services.
Applications of Wire Mesh Cable Tray
Open-grid design maximizes airflow and heat dissipation, ideal for organizing high-density power and data cables in data centers.
Flexible modular structure supports easy routing of multi-color cables, enabling clear cable identification and efficient network management.
Lightweight yet sturdy trays provide reliable support for heavy power cables, while simplifying future maintenance and expansion.
Versatile wire mesh trays adapt to complex layouts, offering quick installation and full visibility for cable inspection in large IT environments.
Production Process
30+ years metal fence design experience, 30+ technical team; modular & scene-specific customization
We select high-quality steel with strict testing, ensuring durability, corrosion resistance and stable performance for all fence products.
We adopt precise and solid welding technology, ensuring firm connection, smooth surface and high structural stability for fences.
Adopts professional bending technology for accurate shaping, stable structure and smooth radian to meet various installation needs.
Strict quality inspection at each process ensures fence quality meets standards, with no defects and stable performance.
Standardized packaging protects products well; safe and efficient shipping ensures on-time delivery to global customers.
Special Accessories
- Wire Mesh Cable Tray
Related Product
Detailed Installation Process for Wire Mesh Cable Tray
The installation of wire mesh cable tray requires strict adherence to operational standards and detailed steps to ensure the overall load-bearing stability, wiring safety and neat layout of the cable tray. Below is the expanded and detailed installation process, with in-depth explanations of each step, key points and precautions:
1. Site Preparation & Foundation Leveling
Before starting the installation, thorough site preparation is the foundation to ensure the smooth progress of subsequent operations. First, clear the entire construction area, remove all obstacles such as dust, debris, building waste and sundries that may affect the installation, and clean the working surface to avoid interference with positioning and mounting. Then, use a level to check the flatness of the installation wall and beam surface; if there are local uneven areas, level them with cement mortar to ensure that the wire mesh cable tray can be installed horizontally and stably. Next, according to the design drawings and actual laying requirements, use professional measuring tools (such as tape measure, level ruler and ink line) to mark the installation positions of each supporting bracket and wire mesh cable tray. The spacing between supports should be strictly in line with the design specifications (usually 1.5-2 meters, which can be adjusted according to the tray specification and load-bearing requirements), and the marking lines should be straight and clear to ensure that the overall layout of the cable tray is neat and consistent. At the same time, mark the fixing positions of supporting frames on the wall and beam according to the laying height of the cable tray, ensuring sufficient structural stability to bear cable weight and long-term operation load.
2. Gabion Basket Placement & Assembly
Support bracket installation is the core link affecting the overall load-bearing stability of the wire mesh cable tray, and every detail needs to be strictly controlled. First, use an electric drill to drill fixing holes at the marked positions; the aperture of the holes should meet the fixed size standard to leave enough space for expansion bolt fixation and ensuring the firmness of the supports. After drilling the holes, clean the dust and debris inside the holes to avoid uneven stress on the brackets.Then, place the supporting brackets horizontally at the mounting positions, and use a level to check the horizontal flatness of the brackets (both transverse and longitudinal directions should be parallel to the ground, with an error not exceeding 3mm), and use temporary fixtures to fix the brackets to prevent them from shifting during bolt fastening.Next, install high-strength expansion bolts into the holes, and tighten the bolts evenly with professional tools during installation to eliminate gaps and ensure that the bolts are closely combined with the wall surface and bracket base. After fixing, check the fastening tightness of all bolts to ensure stable stress bearing.Finally, keep the brackets fully fixed; the fastening stability inspection shall be completed before tray installation (reinforced fastening is required in heavy-load and long-span laying environment) to ensure that the brackets are firmly fixed on the wall and beam without loosening.
3. positioning of the wire mesh cable tray
After the fixing of the support brackets is fully completed and confirmed stable, the positioning of the wire mesh cable tray can be carried out. First, check the pre-drilled holes on the brackets and the cable tray to ensure that the hole positions are accurate, the hole diameter matches the fasteners, and there is no deformation or blockage.Then, use a lifting device or manual handling tool to lift the wire mesh cable tray (pay attention to protecting the surface of the tray to avoid scratches or damage to the tray body), and align the pre-drilled holes on the tray with the mounting holes on the supporting brackets.During the alignment process, adjust the height and position of the tray: the bottom of the tray should keep a proper distance from the wall or ground to prevent moisture accumulation and corrosion, and the horizontal level of the tray should be smooth and consistent with the design requirements, without obvious bending or deformation. At the same time, ensure that the gap between adjacent tray sections is uniform (usually 2-5mm) to avoid uneven stress caused by thermal expansion and contraction.After adjusting to the correct position, use temporary fixing clips to fix the tray and the brackets temporarily to prevent the tray from shifting during the fastening process.
4. Lid Closing & Tightening
The fastening of special accessories directly affects the connection firmness between the wire mesh cable tray and the support brackets, and is an important guarantee for the service life of the cable tray system. First, select matching special accessories according to the model of the wire mesh cable tray, including bolts, nuts, flat washers, spring washers, connecting plates and fixing clamps (preferably anti-rust and anti-loosening accessories to improve corrosion resistance and operation stability).
Then, pass the bolts through the pre-drilled holes of the tray and the brackets, and install washers and nuts in sequence; when tightening, use a torque wrench to control the torque (usually 30-50N·m) to ensure that the bolts are tightened evenly, without over-tightening (to avoid damaging the tray or brackets) or under-tightening (to avoid looseness).For the connecting parts of adjacent wire mesh cable tray sections, special connecting brackets should be used to fix them, ensuring that the butt joints are closely attached and the stress is uniform. After fastening all the accessories, check each connection point again to confirm that there is no looseness, and the accessories are installed in place, without missing or misplaced parts.
5. Alignment & Stability Check
After the installation of the wire mesh cable tray and accessories is completed, a comprehensive level and integrity check is required to ensure that the installation quality meets the standards. First, use a level and measuring tool to check the levelness of the cable tray and the firmness of the support brackets again: the levelness error of the tray should not exceed 2mm per meter, and the installation vertical error of the brackets should not exceed 3mm in total.Then, check the overall alignment of the cable tray: the entire tray system should be straight, the butt joints of each tray section should be consistent, and there should be no obvious skew or unevenness. At the same time, check the connection firmness of each part: gently shake the cable tray and brackets to ensure that there is no obvious shaking, and the bolts and accessories are not loose.If any problems are found (such as skew, looseness, uneven gap), adjust them in time: if the brackets are skewed, readjust the fixing position and re-tighten the expansion bolts; if the tray is uneven, adjust the position of the fasteners or add gaskets to ensure the flatness. In addition, check the surface and connecting parts of the tray to ensure that there is no deformation, and the laying effect is smooth and in line with the design requirements.
6. Site Cleaning & Final Acceptance
The final step of the installation process is cleaning and acceptance, which ensures the aesthetic appearance of the wire mesh cable tray system and confirms that the installation is up to standard. First, use a clean cloth or air compressor to remove dust, debris, concrete residues and fingerprints on the surface of the cable tray, support brackets and accessories, especially the connection points and butt joints, to avoid affecting the surface finish and corrosion resistance.If there are scratches or stains on the surface of the cable tray, use professional cleaning agents to clean them (avoid using corrosive cleaning agents to prevent damage to the surface treatment layer). Then, carry out a comprehensive acceptance according to the design drawings and installation standards: check the installation position, spacing, levelness, firmness and wiring layout of the cable tray; check whether the surface of the tray is intact, without scratches, deformation, rust or other defects; check whether the special fasteners and accessories are complete and installed in place.After the acceptance is qualified, the installation work is officially completed. If unqualified items are found, they should be rectified in time until they meet the acceptance standards.
Note
During the entire installation process, construction personnel should wear protective equipment (such as safety helmets, gloves and safety shoes) to ensure construction safety. In addition, pay attention to the protection of the wire mesh cable tray surface during installation to avoid damage to the surface treatment layer (such as galvanizing, spraying) which may affect the corrosion resistance and service life of the cable tray.
Wire Mesh Cable Tray by Hebei Bendin Fence Technology
Hebei Bending Fence Technology Co., Ltd., located in Anping, the renowned “Hometown of Wire Mesh in China” in Hebei Province, is a professional manufacturer specializing in the production and export of high-quality metal cable tray solutions, with over 30 years of industry experience. Our wire mesh cable tray is a flagship high-performance wiring support system, engineered with a precision-welded mesh structure, integrating excellent load-bearing stability, ventilation and heat dissipation performance, as well as a sleek and modern laying aesthetic.
Our wire mesh cable tray is crafted from high-quality low-carbon steel wires through fully automatic precision welding technology, featuring firm and stable welding joints with no welding defects. The unique mesh structure design significantly enhances ventilation and heat dissipation performance, effectively avoiding overheating and aging problems of cables caused by long-term closed laying. At the same time, it has excellent load-bearing capacity, which can effectively prevent the cable tray from deformation and sagging even in heavy-load and long-span laying environments. We provide three durable surface treatment methods—hot-dip galvanizing, powder coating and PVC/PE coating—to ensure the cable tray has outstanding corrosion resistance, rust resistance and UV resistance, enabling long-term stable use in various harsh environments such as industrial plants, buildings and outdoor venues, with a service life of up to 15+ years.
Application Fields for Wire Mesh Cable Tray
Its main applications cover a wide range of fields with high requirements for load-bearing, safety and durability.
In residential & commercial buildings, it is widely used for villas, apartments, office buildings, shopping malls, hotels and underground garages, providing stable cable support while maintaining a neat and tidy wiring effect.
In industrial & power fields, it serves as ideal cable supporting system for factories, workshops, warehouses, power plants, substations, logistics parks and industrial zones, with excellent load-bearing and anti-deformation performance to ensure safe and stable operation of power circuits.
For municipal infrastructure, it is suitable for roads, railways, airports, ports, wharves, bridges and transportation facilities, effectively realizing standardized cable management and safe line protection.
In data centers and public places, including computer rooms, communication base stations, parks and intelligent buildings, it perfectly combines cable laying function with pipeline layout, making the circuit arrangement more orderly and safe.
In infrastructure and renovation projects, it can be used for cable routing of construction sites, engineering construction, upgrading projects and emergency maintenance, featuring convenient installation, strong stability and long service life.
Core Advantages
Superior Load-bearing Performance: High-strength mesh structure with stable support and strong rigidity, effectively bearing heavy cable loads and ensuring circuit operation safety.
Long-Lasting Durability: Weatherproof, corrosion-resistant and rust-proof, stable performance under humid, high-temperature and harsh industrial environments.
Neat Industrial Appearance: Regular mesh shape that blends perfectly with indoor and outdoor building layout, optimizing overall wiring aesthetics.
Cost-Effective: Modular tray units and standard brackets enable fast, welding-free installation, cutting labor and construction costs; minimal daily maintenance further reduces long-term operation expenses.
Excellent Adaptability: Fits various indoor and outdoor laying environments, walls, ceilings and complex spaces, keeping structural stability without complicated on-site modification.