Cup Shaped 9A3 Resin Bond Diamond Grinding Wheel 175 Grit
Resin Bond Diamond Grinding Wheel is mainly used for surface grinding and external grinding of
cemented carbide measuring tools, tungsten steel, high speed steel,
alloy steel, glass, gemstone, magnetic material, ceramic, mold,
etc. It can also be used as cut-in grinding.
And shape grinding due to the characteristics of diamond abrasives
(high hardness, high compressive strength, good wear resistance),
it is an ideal tool for grinding hard and brittle materials and
hard alloys in grinding, not only efficiency High precision, high
roughness, low abrasive consumption, long service life and improved
working conditions.
Therefore, it is widely used in low-iron content metal and
non-metal hard and brittle materials, such as cemented carbide,
high-aluminum porcelain, optical glass, agate gemstone,
semiconductor material, stone, etc., which are difficult to process
with ordinary abrasive tools. Grinding and polishing of the
grinding process for cylindrical grinding of cemented carbide.
| Product Name | 9A3 |
| Product specifications | 175D*25T/5W/5X/10E/20H MMD20μR |
| Product Usage | Sharpening saw blade |
Resin bond diamond grinding wheel
Introduction:
Parallel grinding wheel: mainly used for cylindrical grinding and
edge machining of cemented carbide
The fat-bonding diamond grinding wheel has a good polishing effect.
The grinding wheel is sharp and difficult to block when grinding.
The specific features are as follows:
1. The grinding efficiency is high, and the grinding wheel
consumption is relatively slow;
2. Self-sharpness, low heat generation during grinding, not easy to
block, reducing the phenomenon of workpiece burns during grinding;
3. The grinding wheel has certain elasticity, which is beneficial
to improve the roughness of the surface of the workpiece, and is
mainly used for fine grinding, semi-finishing, knife grinding and
polishing;
Characteristics:
1.The resin binder is an organic binder, and the binder has a high
strength
2.Have a certain flexibility
3.Low heat resistance
4.Short process cycle
