Essential details
Quantity(pieces):2
MOQ:1000
Shipping:Express Delivery
Specification Number:1.8*3
Product Introduction
Product Name: Ribbed Steel Mesh
The elongation δ10 is greater than or equal to 8%.
Performance: Tensile strength Σb ≥ 360 Mpa
The design strength Y is no less than 360 MPa.
Surface shape: Mesh-like
Supply status: Packaged in sections as required or based on construction progress.
Production standard: GB/T1499.3-2002 BS4483:1998
Spacing: 50 75 100 125 172 200 225 250 275 325 350 372 400 (mm) (100*100 is the most common)
Save steel bar usage: In the same volume of concrete structure, compared with ordinary grade I steel bars, the design strength value of cold-rolled steel bars and welded steel mesh has been increased from 210Mpa to 360Mpa, so the steel bar usage can be relatively reduced by more than 30%. In addition, due to the production by engineering automated production lines, the loss of steel mesh is negligible.
Improving work efficiency: The use of welded steel mesh can eliminate the need for on-site straightening, cutting, and individual placement of steel bars, saving up to 70% of working hours. This significantly simplifies the construction process, speeds up the construction progress, and shortens the construction period.
Reducing project costs: Although the unit price of welded steel mesh is higher than that of loose steel bars, considering factors such as material usage, construction speed, labor costs, material loss, on-site processing costs, mechanical processing costs, and site conditions comprehensively, it can save over 30% of steel, shorten the construction period by 50% to 70%, and reduce project costs by more than 15%, presenting considerable economic benefits.
The elongation δ10 is greater than or equal to 8%.
Performance: Tensile strength Σb ≥ 360 Mpa
The design strength Y is no less than 360 MPa.
Surface shape: Mesh-like
Supply status: Packaged in sections as required or based on construction progress.
Production standard: GB/T1499.3-2002 BS4483:1998
Spacing: 50 75 100 125 172 200 225 250 275 325 350 372 400 (mm) (100*100 is the most common)
Save steel bar usage: In the same volume of concrete structure, compared with ordinary grade I steel bars, the design strength value of cold-rolled steel bars and welded steel mesh has been increased from 210Mpa to 360Mpa, so the steel bar usage can be relatively reduced by more than 30%. In addition, due to the production by engineering automated production lines, the loss of steel mesh is negligible.
Improving work efficiency: The use of welded steel mesh can eliminate the need for on-site straightening, cutting, and individual placement of steel bars, saving up to 70% of working hours. This significantly simplifies the construction process, speeds up the construction progress, and shortens the construction period.
Reducing project costs: Although the unit price of welded steel mesh is higher than that of loose steel bars, considering factors such as material usage, construction speed, labor costs, material loss, on-site processing costs, mechanical processing costs, and site conditions comprehensively, it can save over 30% of steel, shorten the construction period by 50% to 70%, and reduce project costs by more than 15%, presenting considerable economic benefits.
