Our Galvanized Expanded Wire Mesh, also known as Brick Force Mesh, is a high-performance concrete reinforcement solution specifically engineered for construction stability. Available in two professional styles—precision stamping-formed and high-strength butt-welded—this mesh is designed to integrate seamlessly into masonry work to enhance structural integrity.
Primarily utilized for hollow wall reinforcement, this essential building accessory effectively increases elasticity and prevents the formation of wall cracks. By providing a robust internal skeleton for concrete and brickwork, it ensures long-term durability and safety for residential and industrial architectural projects.
Detailed Parameters
| Available Materials | Low Carbon Steel, Galvanized Steel, Aluminum, Stainless Steel | Wire Thickness | 0.35 mm - 0.5 mm |
|---|---|---|---|
| Mesh Size | 15 mm × 25 mm | Available Widths | 4 inches to 12 inches |
| Coil Length | 10 m - 100 m | Manufacturing Style | Stamping-formed / Butt-welded |
| Surface Treatment | Galvanized / Anti-corrosive Coating | Application Type | Concrete & Wall Reinforcement |
| Wall Suitability | 100mm to 250mm Wall Thickness | Certification | Industrial Standard Grade |
Key Advantages
Crack Prevention
Significantly reduces the risk of structural wall cracks by distributing stress evenly across the masonry.
Corrosion Resistance
Galvanized coating ensures long-term protection against oxidation and moisture within concrete environments.
High Elasticity
Enhanced flexibility allows the mesh to absorb structural movements without compromising wall stability.
Dual Production Tech
Offering both stamping-formed and butt-welded options to meet specific engineering requirements.
Precision Fit
Available in various widths tailored specifically for 100mm to 250mm wall thicknesses.
Easy Installation
Coil format allows for rapid deployment and efficient cutting on-site to reduce labor costs.
Product Gallery
Management Platforms
OEM Customization
Full support for custom designs based on your detailed technical drawings and specifications.
Quality Assurance
15 years of manufacturing expertise ensuring every coil meets strict industrial standards.
Sample Service
Free samples available to verify quality and fit before committing to mass production orders.
Rapid Logistics
Stock samples dispatched via air express within 2-3 days for immediate evaluation.
Production Scale
Efficient mass production capacity with a standard turnaround of 20-25 days.
Material Sourcing
Direct sourcing of high-grade low carbon and stainless steels for optimal strength.
Investment Return Comparison
| Wall Thickness | Recommended Mesh Width | Expected Benefit |
|---|---|---|
| 100mm Wall | 63mm | Optimal reinforcement for thin partitions |
| 150mm Wall | 120mm | Enhanced lateral stability and crack control |
| 200mm Wall | 175mm | High-load structural support and elasticity |
| 250mm Wall | 225mm | Maximum reinforcement for heavy-duty walls |
| Custom Wall | Tailored Width | Precision fit for specialized engineering |
Frequently Asked Questions
Stamping-formed mesh is created from high-quality plates through a pressing process, while butt-welded mesh is manufactured by welding high-quality wires at their intersection points for a different structural bond.
Yes, specifically our galvanized and stainless steel versions are designed to resist corrosion, making them ideal for outdoor and moisture-prone environments.
We recommend matching the width to the wall thickness: 63mm for 100mm walls, 120mm for 150mm walls, 175mm for 200mm walls, and 225mm for 250mm walls.
Absolutely. We offer OEM services and can customize the material, thickness, mesh size, and width according to your detailed engineering drawings.
Normally, mass production is completed within 20-25 days, depending on the complexity and volume of your order.
The mesh acts as a tensile reinforcement within the concrete or mortar, absorbing stresses and distributing them across a larger area, which prevents localized cracking during settling or thermal expansion.
Get a Professional Quote for Your Construction Project Today!
Contact UsRELATED NEWS














