Hard anodized surface treatment that does not peel for machine tools.

Contributes to maintaining precision. Improves the quality of machine tools with high hardness and wear resistance.

The essential difference between anodizing and plating is how the coating is formed! Anodizing involves "anodic oxidation treatment," which chemically alters the oxide film through electrochemical participation. The coating consists of a "part that grows inward toward the material" and a "part that grows outward," and it is integrated with the material. It is mainly used for aluminum products to enhance corrosion resistance and appearance. Plating involves electrochemical treatment with metal as the cathode to generate a metallic coating. It is an image of a new metal layer being built up on top of the base material. It is used for decorative purposes and to enhance corrosion resistance. Deterioration due to wear and corrosion leads to a decrease in precision, causing product defects and shortening lifespan. Our hard anodizing integrates with the aluminum substrate, making it difficult to peel off, and achieves high hardness, wear resistance, and corrosion resistance, contributing to the maintenance of precision in machine tools. [Application Scenes] - Cutting tools, precision parts - Wear countermeasures for sliding parts - Machine tools installed outdoors [Effects of Introduction] - High processing precision over a long period - Improved product quality - Reduced maintenance costs

Processing Contract