Bulk Concrete Reo Wire Mesh 6X6 For Sale
The bulk concrete reo wire mesh 6x6 consists of low‑carbon steel wires welded at each intersection to form a uniform grid with 6‑inch (152 mm) square openings. Typical wire diameters range from 3 mm
Request a QuoteBulk Concrete Reo Wire Mesh 6x6 For Sale
The bulk concrete reo wire mesh 6x6 consists of low‑carbon steel wires welded at each intersection to form a uniform grid with 6‑inch (152 mm) square openings. Typical wire diameters range from 3 mm to 5 mm, delivering a cross‑sectional area that provides tensile reinforcement while allowing concrete to flow and encapsulate the mesh during placement.
Key Specifications
| Property | Value |
|---|---|
| Wire Diameter | 3 mm – 5 mm (customizable) |
| Aperture Size | 6 in (152 mm) square |
| Mesh Weight | ≈1.2 kg/m² for 4 mm wire (varies with diameter) |
| Steel Grade | ASTM A1064 Grade 60 (or equivalent) |
| Tensile Strength | Minimum 620 MPa (90 ksi) for wire |
| Coating Options | Plain, hot‑dip galvanized (Z275), epoxy‑bonded |
| Standard Sheet Size | 2.4 m × 6.0 m (custom lengths available) |
| Dimensional Tolerance | ±3 mm on wire spacing, ±0.2 mm on wire diameter |
Applications and Load Performance
The 6‑inch opening size matches the maximum aggregate dimension commonly used in slab‑on‑grade and pavement concrete, ensuring adequate consolidation around the wires while providing a sufficiently stiff grid to control crack width. The welded intersections deliver predictable shear transfer, allowing the mesh to act as a unified reinforcement layer that distributes concentrated loads from traffic or equipment across a wider area, reducing local tensile stresses in the concrete matrix.
- Industrial warehouse floors – controls shrinkage cracking under heavy rack loads.
- Bridge deck overlays – provides crack‑bridging capability where deck thickness is limited.
- Parking garage slabs – resists cracking from repeated thermal cycles and vehicle loads.
- Precast wall panels – facilitates handling stresses during lifting and transport.
Material Options and Customization
Beyond the standard low‑carbon steel, the mesh can be produced from higher‑strength grades to meet specific design tensile requirements. Wire diameter, aperture size, and coating type are adjusted according to exposure conditions, concrete slump, and project schedule. All variations are manufactured to the same welding precision, ensuring consistent bond performance irrespective of grade.
| Option | Available Range | Notes |
|---|---|---|
| Wire Diameter | 3 mm – 6 mm | Larger diameters increase tensile capacity but reduce concrete flow. |
| Aperture Size | 4 in – 8 in (102 mm – 203 mm) | Selected to match aggregate size and placement method. |
| Steel Grade | ASTM A1064 Grades 40 – 80 | Higher grades provide greater yield strength for thin slabs. |
| Coating | Plain, hot‑dip galvanized (Z275), epoxy‑bonded, PVC | Coating chosen based on corrosion exposure and concrete pH. |
| Sheet Dimensions | Width up to 3 m, length per request | Custom lengths reduce field splicing and waste. |
Quality Control and Testing
Production occurs on automated CNC welding lines that maintain consistent weld pressure and temperature, producing shear strengths that exceed the parent wire. Each batch undergoes inline tensile testing of random wire samples, visual inspection of weld integrity, and dimensional verification of aperture and wire diameter against ASTM A1064 tolerances. Traceability is maintained via bar‑coded tags linking raw material certificates to finished mesh bundles.
Packaging and Logistics
Mesh is either rolled onto steel cores for easy dispensing or flat‑stacked in bundles protected by UV‑stabilized polyethylene film. A typical bundle of 4 mm wire, 6 x 6 in mesh weighs approximately 500 kg, facilitating efficient container loading and minimizing handling damage. Bundles are labeled with size, grade, coating, and heat number for rapid site verification.
