How charming is the little mushroom head?
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Hardware tools inevitably involve surface finishing and sharpening of tools like wrenches, pliers, and cutters. Grinding wheels also excel in mold manufacturing, including fine grinding and edge polishing. Grinding wheels are also used in surface finishing of automotive parts like valve bodies, gears, and crankshafts, as well as in mechanical manufacturing applications such as weld deburring and metal surface polishing.
Our high-quality grinding wheels are made from high-quality abrasives (brown corundum, chrome corundum, green silicon carbide, etc.) and high-strength ceramic or resin bonds. These high-quality mushroom-shaped grinding wheel heads, which undergo high-temperature sintering and dynamic balancing, boast 30–50% greater wear resistance than standard resin grinding wheel mounted points, effectively extending replacement cycles and reducing batch processing costs. We also offer a variety of specifications and customization services tailored to the specific needs of our customers.
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- Grinding wheel tips have a hardness range of HV 1800–2400, equivalent to Mohs hardness 9.0 or higher.
- They utilize high-strength ceramic or modified resin bonds, achieving a compressive strength of ≥70 MPa.
- We offer straight, tapered, cylindrical, and cup-shaped models, with customizable diameters from 3mm to 50mm.
- Grit sizes range from F36 to F320 (according to FEPA standards), suitable for various rough grinding, fine grinding, and polishing processes.
- Manufacturing and processing are carried out in strict accordance with national standards, and we utilize specialized equipment for quality inspection to ensure your product's integrity.
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These key grinding tool accessories for polishing, deburring, and finishing stainless steel surfaces are now widely used in stainless steel product manufacturing, kitchenware processing, metal decorative parts, automotive parts, and precision machinery.
Because they typically utilize a microcrystalline abrasive structure, heat dissipation is rapid during grinding, resulting in workpiece surface temperature rises 20–30°C lower than with conventional grinding heads. This prevents "bluing" or "burning" of the stainless steel surface, ensuring a high-quality mirror finish. Furthermore, a wide range of grit sizes allows for adaptability to different polishing stages (rough polishing, fine polishing, and mirror polishing). This maintains stable grinding force and consistent gloss, significantly reducing the need for batch replacements.
