
SKU: 694b5d6ec0a2828a9537be0a
High-strength mining wire mesh and mine support mesh for underground tunnels, slopes, and rock reinforcement. Welded and woven mesh available with custom sizes and coatings.
Mining wire mesh, also known as mine support mesh or underground reinforcement mesh, is a high-strength steel mesh used in mining and tunneling projects to stabilize rock surfaces and prevent rockfall.
Manufactured using welded or woven steel wires, mining mesh works together with rock bolts, anchor plates, and shotcrete systems to form a reliable ground support structure. It is widely applied in coal mines, metal mines, tunnels, slopes, and underground engineering projects where safety and long-term stability are critical.
High Structural Strength: Made from low-carbon or high-tensile steel wire to withstand heavy ground pressure
Reliable Ground Support: Effectively restrains loose rock and prevents spalling or collapse
Flexible or Rigid Options: Welded mesh for rigid support; woven mesh for uneven rock surfaces
Corrosion Resistance Available: Black wire, galvanized, or coated options for harsh underground conditions
Customizable Specifications: Mesh size, wire diameter, and panel size tailored to project requirements
Mining Wire Mesh / Mine Support Mesh
| Specification | Detail | Notes |
| Material | Low-carbon steel / High-tensile steel | Mining-grade |
| Mesh Type | Welded / Woven (chain link) | Optional |
| Wire Diameter | 3 – 8 mm | Customizable |
| Mesh Opening | 50×50 – 150×150 mm | Common mining sizes |
| Panel Size | 1×2 m, 2×1 m, or custom | Cut to project needs |
| Surface Finish | Black / Galvanized / Coated | Corrosion protection |
Production Capacity: Annual output exceeding 10,000 m²
Manufacturing Equipment: Automatic welding lines, wire straightening, cutting systems
Quality Inspection: Wire diameter, weld strength, mesh uniformity checks
Certifications: ISO9001; SGS, BV third-party inspection supported
Project Experience: Supplied mining and tunneling projects globally
Technical Support: Engineering guidance for mesh selection and support systems
Logistics: Export-ready packaging and stable delivery schedules
Raw steel wire inspection
Welding or weaving strength testing
Mesh size and flatness inspection
Surface coating thickness check
Third-party testing available
Custom mesh opening and wire diameter
Special corrosion-resistant coatings
Cut-to-size panels or rolls
Matching accessories and support recommendations
Bundled or palletized packaging
Sea or land transportation
Packing list, MTC, certificate of origin provided
Q: Can mining wire mesh be customized according to project requirements?
A: Yes, we can produce customized mining wire mesh specifications according to customer drawings or specific project requirements.
Q: What types of mining environments are the wire meshes suitable for?
A: Our mining wire mesh is widely used in underground mines, tunnels, subways, and other harsh environments. It has excellent tensile strength and corrosion resistance, making it suitable for high temperatures, high humidity, and corrosive conditions.
Q: What is the production lead time for mining wire mesh?
A: Generally, the production lead time for standard mining wire mesh is 7 to 15 working days. The exact timeline depends on custom requirements and order volume.
Q: What payment methods do you support?
A: We support various payment methods, including bank transfer, telegraphic transfer (T/T), and letter of credit (L/C). The specific payment method can be agreed upon based on the customer’s needs and the order agreement.
Q: Do you provide quality assurance and after-sales service for the mining wire mesh?
A: Yes, all of our mining wire mesh products undergo rigorous quality inspection before shipment to ensure they meet international standards and customer requirements. We also provide comprehensive after-sales service to ensure the stability and safety of the product during use.
Q: How is the durability of the mining wire mesh in extreme conditions?
A: Our mining wire mesh is designed to withstand extreme conditions such as high pressure, heavy loads, and exposure to chemicals and moisture. The materials used, along with the manufacturing process, ensure the mesh’s durability and long-lasting performance in challenging environments.