Stainless Steel Sheet

 Angle Stainless steel : Weight per meter=0.00785 * (edge width+edge width - edge thickness) * edge thickness Round steel: weight per meter=0.00617 * diameter * diameter (threaded steel and round steel are the same) Flat steel: weight per meter=0.00785 * thickness * edge width Pipe material: weight per meter=0.0246615 * wall thickness * (outer diameter - wall thickness) Board: Weight per meter=7.85 * Thickness Copper tube: weight per meter=0.02670 * wall thickness * (outer diameter wall thickness) Copper tube: weight per meter=0.02796 * wall thickness * (outer diameter wall thickness) Aluminum patterned plate: weight per square meter=2.96 * thickness Specific gravity of non-ferrous metals: copper plate 8.9, brass plate 8.5, zinc plate 7.2, lead plate 11.37 The calculation formula for non-ferrous metal sheets is: weight per square meter=specific gravity * thickness Theoretical weight calculation of stainless steel: Specific gravity of stainless steel: Chromium stainless steel weighing 7

  Applications of Stainless Steel Bars Flat Bars: Frame Construction: Stainless steel flat bars, known for their strength and durability, play a crucial role in frame construction. They are commonly employed in constructing frames because of their ability to bear weight. Easily cut to size, they can be drilled or welded into place. Building Support: Stainless steel flat bars serve various purposes, such as support braces, ladder hangers, gate latches, ductwork, overhead doors, heaters, and building braces. Their versatility makes them a go-to choice for multiple construction needs. Improvements & Additions: Beyond construction, flat bars find utility in reinforcing existing structures. They can be customized to fit, replace, or support materials in already-built structures, enhancing their stability and strength. Industrial Artwork: Industrial artisans and craftsmen favor flat bars, particularly in the creation of large-scale industrial pieces or statues. Their malleability and