Leading the industry in high-tensile metal mesh and specialized cement wire manufacturing for global infrastructure.
Our commitment to quality ensures that every cement wire product meets the most rigorous construction standards. We combine metallurgical science with precise weaving techniques to deliver unmatched durability.
Using advanced alloys to ensure corrosion resistance and maximum tensile strength for all metal wire components.
State-of-the-art CNC machinery ensures micron-level accuracy in every weave, eliminating structural weak points.
Comprehensive stress testing and coating inspections to guarantee longevity in the harshest environments.
Our wires are engineered to withstand millions of load cycles without deformation.
Specialized galvanization processes that prevent rust in high-alkaline cement environments.
Tailored wire diameters and mesh sizes to meet specific structural engineering requirements.
| Wire Grade | Diameter (mm) | Tensile Strength | Coating Type | Elongation (%) | Standard |
|---|---|---|---|---|---|
| Standard CW-100 | 1.2mm | 550 MPa | Hot-Dip Galv | 12% | ASTM A641 |
| Heavy-Duty CW-200 | 2.5mm | 850 MPa | Epoxy Coating | 8% | DIN 4827 |
| Reinforced CW-300 | 3.0mm | 1100 MPa | Zinc-Alloy | 6% | ISO 9001 |
| Flexible CW-Lite | 0.8mm | 400 MPa | Electro-Galv | 15% | BS 4449 |
| Marine Grade CW-M | 2.0mm | 700 MPa | Poly-Vinyl | 10% | ASTM B117 |
| Industrial CW-Ind | 1.5mm | 600 MPa | Hot-Dip Galv | 11% | EN 10084 |
| Extreme CW-X | 4.0mm | 1300 MPa | Tungsten Coating | 4% | Custom Spec |
| Standard CW-Plus | 1.8mm | 650 MPa | Hot-Dip Galv | 10% | ASTM A641 |
Implemented salt-resistant cement wire for deep-sea pier foundations, increasing structural lifespan by 25%.
Supplied high-tensile reinforcement mesh for tunnel walling, ensuring seismic stability across 15km.
Custom-woven reinforcement wires used for ultra-thin concrete slabs in high-traffic urban plazas.
Provided industrial-grade cement wire for heavy machinery foundations in a 50,000 sqm facility.
Integration of smart-sensing cement wire for real-time structural health monitoring on a landmark bridge.
Supplied ultra-low shrinkage reinforcement wire for high-pressure concrete pillars in a transit center.
Essential for road pavement reinforcement and bridge deck stability in heavy-load corridors.
Providing high-pressure resistance wire for concrete dam walls and turbine foundations.
High-density wire meshes for heavy aircraft landing zones to prevent slab cracking.
Reinforcement wire for high-strength core walls and cantilevered floors.
Extreme corrosion-resistant mesh for tidal barriers and coastal protection walls.
Internal reinforcement wires for pre-stressed concrete railway sleepers.
Every batch undergoes destructive testing to ensure breaking points exceed industry minimums.
Advanced X-ray fluorescence (XRF) testing to verify coating thickness and chemical composition.
Products fully compliant with ASTM, ISO, and DIN export standards for worldwide shipment.
We utilize a specialized multi-stage galvanization process combined with epoxy coatings to prevent chloride penetration, which is the primary cause of corrosion in coastal environments.
Yes, our production line allows for flexible diameter adjustments ranging from 0.5mm to 5.0mm, tailored to your structural load requirements.
While samples are delivered in 7 days, bulk orders typically ship within 21 to 30 days depending on the total volume and custom specifications.
Our CNC weaving machines maintain constant tension throughout the process, preventing gaps or loose nodes that could compromise structural integrity.
Our manufacturing process is ISO 9001 certified, and our materials comply with ASTM A641 and DIN 4827 standards for global construction.
Yes, we provide detailed structural guidelines and can consult with your engineering team to optimize the placement of our reinforcement wires.
Join hundreds of global construction firms utilizing our high-performance metal wire products to build safer, longer-lasting structures.