Stamping stainless steel sheet metal8/8/2023 ![]() We have the ability to produce products from circle blanks, formed stampings to surface mount pins, and transfer stampings. Ohio Valley Manufacturing Stamping ServicesĪt Ohio Valley Manufacturing, we provide heavy gauge steel stamping for a wide range of industrial applications and work with various materials, blanks, and forms to meet customer demand. This increased tonnage forms the distinction between the light and heavy steel stamping capacity. When applying this process to heavier gauge steel, the tonnage capacities must increase to provide enough force to cut through thicker steel. Typical metal stamping places between 30-600 tons of pressure on cutting dies in order to cut lighter gauge steel components. Metal stamping is the process of blanking or forming components from metal sheets. Thicknesses in excess of 0.5 inches are above the gauge scale and measured in inches or millimeters of thickness. Steel above 25-gauge steel (0.020”/0.56 mm thick) is considered heavy gauge. ![]() The various gauges of sheet metal range from the thinnest 38-gauge (0.0063”/0.16 mm thick) foil to the thickest 7-gauge (0.5”/12.70 mm thick) plate steel. Sheet metal comes in a broad range of thicknesses ranging from thin sheets, referred to as foils or leaves, up to much thicker plate steel or structural steel. Ohio Valley Manufacturing has the capacity to provide sheet metal stamping to accommodate heavy gauges. For more information on related products, consult our other guides or visit the Thomas Supplier Discovery Platform to locate potential sources of supply or view details on specific products.Sheet metal heavy gauge stamping is a cost-effective way to produce a high volume of metal components for manufacturing, but the thickness of various sheet metals creates stamping capacity limitations for some manufacturers. This article presented a brief summary of common sheet metal sizes for aluminum, standard steel, stainless steel, and galvanized steel. Table 1 - Sheet metal sizes including gauge and weight per square foot ![]() Weight per square foot of material is also provided. Table 1 below summarizes the most common sheet metal sizes for aluminum, standard sheet steel, stainless steel, and galvanized steel. ![]() As the power to draw thicker wires became available, the new gauge numbers had to be assigned. Wires were drawn through progressively thinner dies, and each die was assigned a number. Gauges were originally developed for wire drawing as there was no accurate method available for determining diameter. Sheet steel in England is covered by another gauge system. The charts include fractional, decimal, and metric dimensions for reference.Īluminum gauge is based on the Brown and Sharpe (American Wire Gage) scale, and the steels are based on the Manufacturers Standard Gage scale. Gauge numbers continue both to thicker and thinner sections, but these charts cover the most common ranges. ![]() Charts for aluminum, steel, stainless steel, and galvanized steel sheet are presented here, with thicknesses ranging from 1/64 to 1/4 inch. Numbers will differ by material type and will grow progressively larger as the sheet thins (except for zinc sheet, which is not discussed here). Sheet metal is customarily measured in gauge, a weight measurement based on material thickness and type. Sheet metal is available in various thicknesses measured in gauge. ![]()
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