Electroplated diamond abrasive belt
An electroplated diamond abrasive belt is a processing tool that uses electrochemical methods to adhere diamond particles to a copper or nickel metal belt. Its applications are mainly concentrated in grinding, lapping, and polishing.
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Grinding applications: The electroplated diamond abrasive belt exhibits excellent cutting performance in grinding, effectively removing various hard materials such as ceramics, glass, and stone. Moreover, due to its high hardness, the electroplated diamond abrasive belt is also widely used for grinding tool materials such as cemented carbide, tool steel, and high-speed steel.
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Lapping applications: In the lapping field, the electroplated diamond abrasive belt can effectively remove burrs, scratches, and uneven parts from various surfaces. For example, it can be used to lap metal surfaces to make them smooth and shiny.
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Polishing applications: During the polishing process, the electroplated diamond abrasive belt can effectively remove microscopic defects on the material surface, making it smoother. It has wide applications in polishing glass, gemstones, optical components, and other fields.
Resin diamond abrasive belt
A resin diamond abrasive belt is a processing tool that uses resin as the matrix and diamond particles as the abrasive. Due to its unique properties, the resin diamond abrasive belt has wide applications in many fields.
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Wood processing: The resin diamond abrasive belt performs well in wood processing, able to quickly cut and polish various hardwoods such as hardwood and oak.
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Non-metallic material processing: The resin diamond abrasive belt also has good effects on the processing of non-metallic materials, such as cutting and polishing stones like marble and granite.
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Metal processing: In the field of metal processing, the resin diamond abrasive belt is mainly used for grinding and polishing metal surfaces to achieve the desired surface roughness. Overall, electroplated diamond abrasive belts and resin diamond abrasive belts each have unique advantages and application areas, and appropriate abrasive belts can be selected based on actual needs to improve processing efficiency and surface quality.