rebar mesh

Welded steel bar mesh, also known as welded reinforcing mesh, is made from plain round steel bars or cold-rolled ribbed steel bars. The longitudinal and transverse steel bars are arranged perpendicular to each other, and the intersection nodes are welded in one pass by a fully automatic mesh welding machine. Compared with ordinary welded wire mesh, welded steel bar mesh uses larger-diameter steel bars and offers high overall rigidity and strong load-bearing capacity. This product is a professional concrete reinforcement material and is widely used in large-scale civil engineering projects: building floor slabs, industrial floors, bridge deck overlays, highway subgrades, tunnel linings, foundation engineering, water tanks, reservoirs, airport pavements, etc., to replace traditional on-site manual tying of rebar. For coastal and corrosive environments, hot-dip galvanized welded steel bar mesh can be supplied.

Product Advantages

1.High weld point strength and excellent overall rigidity. The mesh panel is not easily bent or deformed during concrete pouring and vibration, allowing precise control of the concrete cover thickness.

2.Standardized bar spacing ensures uniform stress on concrete components, effectively inhibiting the initiation and propagation of cracks and improving concrete durability.

3.Factory prefabrication eliminates the on-site manual rebar tying process, reducing labor costs, shortening the construction period, and reducing on-site human construction errors.

4.Strong bond with concrete: the steel bars and concrete interlock tightly, improving the structure’s seismic and settlement resistance and ensuring stable project quality.

5.Full-specification customization is supported: bar diameter, grid spacing, and mesh panel dimensions can all be produced according to drawings; hot-dip galvanized anti-corrosion versions are available for corrosive areas.

6.Convenient quality inspection and acceptance: the regular and uniform grid makes it easy for engineering personnel to quickly check the rebar layout, simplifying the on-site acceptance process.

Application Scenarios

Highway & municipal pavement: concrete roads, plaza floors and parking lots to prevent pavement cracking.
Bridge engineering: bridge deck pavement and abutment reinforcement.
Tunnels and culverts: tunnel lining support and anti-crack reinforcement.
Building construction: floor slabs, basement slabs, ground slabs and bearing platforms. Replace manually tied steel bars and improve construction efficiency.
Hydraulic engineering: river bed protection and dam concrete reinforcement.

Usage Recommendations

Select wire diameter and mesh aperture according to load requirements. Use thicker wires for heavy-load pavement.
Support mesh with concrete spacer blocks. Do not place mesh directly on the ground to maintain proper steel cover.
Follow drawing specifications for lap length and tie overlapping sections securely.
Avoid stepping on and displacing mesh during concrete pouring.
Store mesh under rainproof and moisture-proof conditions. Heavily rusted mesh cannot be used for load-bearing structures.
As load-bearing components, installation must comply with construction drawings and civil engineering codes.

High Purity:

Contains over 99.7% aluminum, ensuring minimal impurities and optimal performance.

Excellent Conductivity:

Outstanding electrical and thermal conductivity, ideal for specialized applications like electronics and heat management.

Smooth Surface Finish:

Provides a clean, smooth surface, which is ideal for both functional and aesthetic purposes.

Advantage

Lightweight:

Despite its strength, it remains lightweight, making it suitable for cost-effective applications.

Superior Corrosion Resistance:

Resists corrosion, making it a long-lasting material in challenging environments.

Versatile Processing:

Can be easily rolled and shaped into various forms without compromising its quality.

Customers' comments on

Customers' comments on 1070 Aluminum Foil

“We use 1070 aluminum foil for food packaging, and it’s been great. The strength, moisture resistance, and overall quality ensure our products stay fresh. It’s also easy to work with and great for keeping costs low.”