Hybrid Bond Diamond Grinding Wheel for Carbide Tools
Specifically engineered for the precision machining of cemented carbide (tungsten carbide) cutting tools, our Hybrid Bond Diamond Grinding Wheels represent the pinnacle of tool grinding technology. By integrating the toughness of a metal bond with the elasticity of a resin bond, these wheels solve the common industry dilemma: achieving rapid material removal without compromising the surface integrity of expensive carbide inserts and end mills.
Parameter | Specification (Typical Range) |
|---|---|
Target Material | Cemented Carbide (YG6, YG8, K10-K40, P10-P40 grades) |
Bond System | Hybrid (Metal Core + Resin/Nickel Matrix) |
Diamond Type | Premium Monocrystalline Diamond (CMD) |
Grit Size (Mesh) | Rough Grinding: #80/100 – #140/170 Finish Grinding: #200/230 – #400/500 |
Concentration | 100% – 150% (High concentration for carbide hardness) |
Hardness Grade | Medium-Hard (Balanced for impact resistance) |
Common Profiles | Flat wheel(1A1 1V1 3A1,Cup Wheels (12A2, 11V9), Dish Wheels (14EE1), Tapered Wheels |
Applications
These wheels are the ideal choice for:
•
Indexable Insert Grinding: Rough and finish grinding of CNC turning inserts (e.g., CNMG, TNMG, WNMG).
•
End Mill Manufacturing: Flute grinding and gash grinding for solid carbide end mills.
•
Tool Re-sharpening: Restoring the cutting edge of used carbide drills, reamers, and milling cutters.
•
Profile Grinding: Machining complex geometries on woodworking tools and wear parts.
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Hybrid bond grinding wheels are mainly used in superhard alloy tools, bearings, molds; precision ceramics; polycrystalline diamonds and boron nitride; stone; magnetic materials; semiconductors; jewelry; aviation; automotive; printing paper products and other industries.
Most of hybrid grinding wheels are suitable for carbide (tungsten steel) milling cutters, drills and other tools to efficiently grind the flutes.
If you need to customize, please provide the following information:
1. Dimensions, including outer diameter, aperture, thickness, width and thickness of abrasive layer;
2. Abrasive, abrasive sand particle and concentration;
3. Adhesive;
4. Wheel application;
5. Pictures and drawings of wheels;
We can then design and quote for you