Stainless Steel Decorative Part / Wave Pattern Grid / Long Strip
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Stainless Steel Decorative Part / Wave Pattern Grid / Precision CNC from the Source Factory / Customizable Processing Product Description: This stainless steel decorative part is made from high-quality 304 stainless steel. The surface is treated with a gray finish, and the interior is designed with a beautiful wave pattern grid. This product is widely used for external decoration and functional components in various applications, combining aesthetics and practicality. Material: 304 stainless steel, offering excellent corrosion resistance and high-temperature oxidation resistance, ensuring long-term use without rust, suitable for a variety of environmental conditions. Manufacturing Process: The product is processed using high-precision CNC machining, combined with laser engraving or etching technology to finely process the wave pattern. This ensures a refined and delicate surface design, with every detail perfectly executed. Precision Achievable: The high-precision equipment allows for exceptional accuracy in processing, with clear wave pattern details. The dimensional tolerance is controlled within ±0.01mm, and the surface is smooth with no noticeable machining marks. Shape & Structure: Long strip shape with a smooth surface and an interior wave-patterned grid design, suitable for both decorative and functional applications. Surface Treatment: The surface is processed with high-precision techniques such as polishing, oxidation, galvanizing, and electroplating, ensuring the product is burr-free, scratch-free, and has a uniform gloss. Pattern and Stripe Production: The wave pattern is created through laser engraving or etching, with precise control over the depth and details to ensure the pattern is clear and distinct. Material Thickness: The material thickness ranges from 0.05mm to 5mm and can be customized based on customer requirements. Error Control: Using precise CNC equipment and a rigorous quality control system, the dimensional and shape tolerances are maintained within industry standards, with errors typically within ±0.01mm.
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