Water ripple sheet features a surface texture resembling water ripples and is highly decorative. While this material isn't particularly new, it's often used as a decorative feature in commercial spaces such as hotels and restaurants, especially on ceilings. This unique stainless steel material adds visual richness to any space. So, how is a stainless steel corrugated sheet processed?
Production Process of Stainless Steel Water Ripple Sheet
Common stainless steel surface treatments include brushing, mirroring, sandblasting, titanium plating, etching, and fingerprint resistance. A stainless steel water ripple sheet is produced by stamping a pattern into a stainless steel sheet. During embossing, the sheet is rolled using a patterned work roll, which is typically treated with an etching solution. The depth of the embossing varies depending on the pattern, typically about 20-30 microns. Custom colors are also available for the stainless steel water ripple sheet. During the manufacturing process, the main body and the coloring layer are integrated, preserving the original stainless steel's basic structure and properties.
Specifications and Dimensions of Stainless Steel Water Ripple Sheet
Common stainless steel water ripple sheet is made from 304 and 304L steel. In some areas with special requirements, 316 steel, with a thickness of 0.6mm-1.5mm, is also used for its higher corrosion resistance. Specifications and dimensions vary slightly between manufacturers. Typical widths are 0.5m, 0.8m, 1m, 1.22m, and 1.5m. Lengths and colors can be customized, including natural, bronze, champagne, and blue. Many natural colors are used in daily life.
Water Ripple Stainless Steel Sheet Can Be Customized with Various Patterns
Common stainless steel water ripple sheet patterns include: pearlescent, pearlescent, refined corrugated cardboard, small checkered, diamond checkered, antique checkered, and leather patterns.
As explained above, the processing of stainless steel water ripple sheet involves using a stamping technique to create the desired pattern on the sheet. This process is called punching. The center of the perforated sheet is hollow, meaning the custom pattern is removed by the high-speed rotary motion. Unlike embossed sheeting, embossing creates a raised pattern, which is slowly pressed out at a low speed, requiring higher overall ductility from the stainless steel sheet.
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