Welded mesh offers several advantages over traditional MS bar grids when used in flooring applications: 1. Strength & Stability: Welded mesh is created by welding steel wires at intersections, forming a rigid grid that provides excellent load-bearing capacity. 2. Ease of Installation: Unlike MS bar grids, which require manual tying and alignment, welded mesh comes pre-fabricated, reducing labor time and effort. 3. Durability: Welded mesh can be galvanized or PVC-coated, making it more resistant to corrosion and environmental wear compared to untreated MS bar grids. 4. Uniformity: The consistent spacing and welding of the mesh ensure uniform strength distribution, reducing weak points in flooring. 5. Cost Efficiency: Since welded mesh is pre-manufactured, it minimizes material wastage and speeds up construction, leading to cost savings Here are some key points from the technical data sheet on welded wire mesh panels: 1. Material Composition: The mesh is made of galvanized steel wire, which undergoes a hot-dip galvanizing process to enhance corrosion resistance. 2. Physical Properties: o Tensile Strength: 435-480 MPa o Elongation: 20-25% o Hardness: 150-170 HV1 3. Dimensions: o Wire diameters range from 2.5 mm to 3.4 mm. o Mesh sizes vary, with common configurations like 66x68mm, 100x100mm. 4. Coating: A thin zinc layer (0.020-0.030mm thick) is applied to prevent corrosion. 5. Applications: Used for flooring, construction, agriculture, fencing, gardening, and machine protection. 6. Storage Recommendations: Should be stored in dry, closed conditions below 50°C, protected from moisture and direct sunlight. Here's a comparison between welded mesh and traditional MS bar grids based on specifications: 1. Material Composition • Welded Mesh: Made from galvanized steel, stainless steel, or mild steel with a protective coating. • MS Bar Grid: Made from mild steel bars, which may require additional coatings to prevent corrosion. 2. Strength & Durability • Welded Mesh: Has high tensile strength (435-480 MPa) and uniform load distribution due to welded intersections. • MS Bar Grid: Strength depends on bar thickness and spacing; requires manual tying, which can create weak points. 3. Corrosion Resistance • Welded Mesh: Often galvanized or PVC-coated, offering better corrosion resistance. • MS Bar Grid: Susceptible to rust unless treated with paint or coatings. 4. Installation & Handling • Welded Mesh: Pre-fabricated panels, easy to install, reducing labor time. • MS Bar Grid: Requires manual tying and alignment, increasing labor costs. 5. Cost Efficiency • Welded Mesh: Lower material wastage, faster installation, reducing overall costs. • MS Bar Grid: Higher labor costs due to manual assembly. 6. Applications • Welded Mesh: Used in flooring, construction, fencing, agriculture, and machine protection. • MS Bar Grid: Primarily used in reinforced concrete structures.