Wire Type Corrosion-Resistant Cable Tray Series Manufacturers

Wire Type Corrosion-Resistant Cable Tray Series: Engineered for Demanding Environments

As a Wire Type Corrosion-Resistant Cable Tray Series Manufacturers, we match product configuration to the application, operating limits, interfaces and acceptance criteria defined for each project.

As a specialized Wire Type Corrosion-Resistant Cable Tray Series Manufacturers in China, Jiangsu Youming Group Co., Ltd. designs and produces open-mesh cable support systems that combine lightweight construction with exceptional corrosion resistance. Our wire mesh trays are built for projects where airflow, cable accessibility, and long-term durability are critical—from coastal industrial plants to data centers and clean manufacturing lines.

We manufacture the complete series in our 26,000 m² facility using fully automated welding and forming lines. Every tray is produced from Q235B carbon steel or stainless steel (304L/316L), with finishes ranging from electro-galvanized to hot-dip galvanized and powder coating. With an annual capacity exceeding 30,000 tons, we support both standard configurations and custom OEM/ODM projects.

Our range includes standard wire mesh trays, wave-profile trays with curved side wires, and stainless steel WT series models. Each variant is engineered for specific load, span, and environmental requirements, and we provide complete technical documentation and project support for every order.

Explore our Wire Type Cable Tray Series to see the full range of available models and specifications.

Product Range and Application Fit

We offer four primary wire tray configurations, each suited to different installation environments and cable management needs. The table below summarizes the available models and their typical applications.

For projects requiring solid-bottom or ladder-type support, we also manufacture Trough Type Cable Tray Series and Ladder Type Cable Tray Series.

Materials and Corrosion Resistance

Corrosion resistance is the defining feature of this series. We select materials and finishes based on the operating environment:

• Q235B carbon steel with electro-galvanized (8–12 µm) for indoor dry areas.
• Hot-dip galvanized (≥50 µm) for outdoor or high-humidity installations.
• Stainless steel 304L/316L for coastal, chemical, and food-processing environments where coating damage is unacceptable.
• Powder coating (RAL colors) for architectural projects requiring color matching or additional protection.

For stainless steel trays, we use a pickling and passivation process that enhances the natural oxide layer, ensuring long-term performance in salt-laden or acidic atmospheres.

Critical Specifications and Load Capacity

Our wire trays are engineered to meet mechanical and safety standards, including IEC 61537 and CE requirements. Key specifications include:

• Wire diameter: 3.5 mm (light), 4.5 mm (standard), 6.0 mm (heavy), up to 8.0 mm for custom runs.
• Mesh grid: Standard 50x100 mm; 50x50 mm available for smaller cables.
• Width range: 50 mm to 1000 mm; side heights from 25 mm to 200 mm.
• Section length: 3000 mm standard, up to 6000 mm on request.
• Maximum working load: 100–400 kg depending on wire diameter, width, and support spacing.
• Support spacing: Typically 1.5–2.0 m for standard loads; we calculate exact spans based on your cable load.

We provide load tables and deflection calculations with every proposal, ensuring the selected tray meets your specific span and cable weight requirements.

Configuration and Customization

Every project has unique routing and space constraints. We offer extensive customization options:

• Width and height: Any dimension within our production range, with tooling available for non-standard sizes.
• Wire diameter: Adjustable to increase load capacity without changing tray footprint.
• Edge style: Straight or wave profile; curved side wires for enhanced cable protection.
• Fittings: We supply matching elbows, tees, reducers, and covers, or provide field-cuttable sections for on-site fabrication.
• Accessories: Splice plates, couplers, and mounting brackets are available from our Accessories range.

Our engineers review your layout drawings and recommend the most economical configuration, balancing material cost with installation efficiency.

Installation and Maintenance

Wire mesh trays are designed for rapid installation. They can be cut with standard bolt cutters and formed into bends or offsets on-site, reducing the need for prefabricated fittings. The open structure allows cables to be laid and secured quickly, and it provides clear visibility for inspection and future upgrades.

Maintenance is minimal: the open grid prevents dust and moisture accumulation, and the corrosion-resistant finish eliminates the need for periodic painting. For stainless steel trays, occasional cleaning with mild detergent is sufficient to maintain appearance.

We provide installation guidelines, including recommended support spacing and cable segregation practices, to ensure safe and reliable operation.

Quality Assurance and Compliance

Our manufacturing process is certified to ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018. We also hold EU CE certification and have multiple patents on tray designs and production methods. Every batch undergoes inspection in our testing center, covering material composition, weld integrity, and dimensional accuracy.

We provide material certificates, test reports, and CE declarations of conformity with each shipment. For projects requiring third-party verification, we coordinate with independent laboratories to perform load testing or salt-spray corrosion testing as specified.

Information We Use to Configure Your Solution

To prepare an accurate quotation and engineering proposal, we need the following project details:

• Application environment: Indoor/outdoor, humidity, chemical exposure, temperature range.
• Cable types and total weight: Power, data, or fiber; approximate load per meter.
• Required width and height: Based on cable bundle diameter and quantity.
• Support span and mounting method: Ceiling, wall, or floor; distance between supports.
• Finish preference: Galvanized, stainless steel, or powder-coated.
• Quantity and lengths: Total meters and standard section lengths.
• Any special certifications: CE, UL, or project-specific requirements.

With this information, we deliver a detailed technical datasheet, load calculations, and a clear delivery schedule.

Frequently Asked Questions

What is the difference between standard wire mesh and wave wire mesh trays?

The wave profile features undulating side rails that increase structural rigidity, allowing longer spans between supports. It also provides a distinctive aesthetic for exposed installations. Both offer the same open-grid ventilation and cable accessibility.

Can I get a custom width or length for my project?

Yes. We manufacture custom widths from 50 mm to 1000 mm and lengths up to 6000 mm. Wire diameter and mesh spacing can also be adjusted to meet specific load requirements.

How do I choose between galvanized and stainless steel?

For indoor dry environments, electro-galvanized is cost-effective. For outdoor or humid areas, hot-dip galvanized provides longer life. In coastal, chemical, or food-processing environments, stainless steel (304L/316L) is recommended for maximum corrosion resistance without coating maintenance.

Do you provide load tables and installation guidelines?

Yes. Every quotation includes load capacity tables based on your specific configuration, along with recommended support spacing and installation instructions. We also provide on-site technical support if needed.

What is your typical lead time?

For standard sizes in stock, we can ship within 25 days after deposit. Custom orders typically require 30–45 days depending on complexity. We confirm exact lead times with each quotation.