Audited Supplier
FFX
Diamond
Superabrasive
Surface Grinding
Surface Grinding Wheel
80#
<0.02
<0.01
Sinter
Surface Grinding
Carton
customized
China
6804221000
Product Description
For Gear Profile Grinding Flat Shaped ceramic Bonded Aluminum Oxide Grinding Stone Wheels
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The structure of diamond grinding wheel is different from that of ordinary abrasive grinding wheel. Generally, it is composed of diamond abrasive layer, transition layer and matrix.
The working layer is also called diamond layer, which is composed of abrasive, binder and filler, and is the working part of the grinding wheel. The transition layer is also called non-diamond layer, which is composed of binder, metal powder and filler. It is the part that firmly connects the diamond layer to the matrix.
The matrix is used to receive the abrasive layer and is firmly clamped on the spindle of the grinder with a flange when in use. Generally, metal binder products use steel and alloy steel powder as the matrix; resin binder uses aluminum alloy and bakelite as the matrix. It is made of aluminum, steel or bakelite, and plays the role of supporting the working layer and clamping the abrasive tool. The quality of grinding wheel molding and the accuracy of use are closely related to the matrix.
Diamond grinding wheel is a super-hard abrasive grinding wheel. Compared with ordinary abrasive grinding wheels, it has very obvious characteristics and advantages:
1. The hardness of diamond abrasive determines the main characteristics of diamond grinding wheel. It can grind hard alloy, glass, ceramic and other difficult-to-process materials efficiently, and the grinding tool has the longest service life.
2. Diamond has high wear resistance. The less the grinding wheel wears, the longer the service life. In the grinding process, the size, shape and morphology of diamond abrasive grains change little, which is more suitable for high-precision processing and has high production efficiency. Diamond grinding wheel is a tool that can meet both high efficiency and precision processing.
3. The diamond grinding wheel after sharpening can maintain the micro-edge property of the abrasive grains for a long time. The good cutting performance ensures a smaller grinding force during the grinding process, thereby reducing the grinding power and saving energy.
4. The thermal conductivity of diamond is very good, which is conducive to the evacuation of heat, avoiding the phenomenon of workpiece burns, cracks and block falling, and greatly improving the quality of workpiece surface processing.
Diamond grinding wheels can be divided into: resin bond diamond grinding wheels; ceramic bond diamond grinding wheels; metal bond diamond grinding wheels (bronze bond diamond grinding wheels) according to the bonding agent
Diamond grinding wheels can be divided into: sintered diamond grinding wheels (resin bond diamond grinding wheels; ceramic bond diamond grinding wheels; metal bond diamond grinding wheels); electroplated diamond grinding wheels; brazed diamond grinding wheels according to the production process.
Diamond grinding wheels can be divided into: diamond grinding wheels for diamond grinding; diamond grinding wheels for carbide grinding (diamond knife grinding wheels); diamond grinding wheels for diamond composite sheets; centerless grinding diamond grinding wheels for coreless grinders; diamond grinding wheels for ceramic products; diamond grinding wheels for cutting (also known as diamond cutting discs); diamond saw blades.
Diamond grinding wheels can be divided into: parallel grinding wheels; cylindrical grinding wheels; cup grinding wheels; bowl-shaped grinding wheels; dish-shaped grinding wheels; edge grinding wheels; grinding discs, etc. according to their appearance or shape.
Check more sizes with us !
| Speed | 35M/S |
| Shape | Straight Grinding Wheel |
| Diameter | 125mm, 150mm, 200...customized |
| Abrasive Grain | Silicon Carbide |
| Application | carbide tools |
| Bond | Ceramic |
| Certificate | ISO9001:2008 |
| Color | grey |
| Usage | Sharpening |
| Payment Term | T/T , many ways |
The structure of diamond grinding wheel is different from that of ordinary abrasive grinding wheel. Generally, it is composed of diamond abrasive layer, transition layer and matrix.
The working layer is also called diamond layer, which is composed of abrasive, binder and filler, and is the working part of the grinding wheel. The transition layer is also called non-diamond layer, which is composed of binder, metal powder and filler. It is the part that firmly connects the diamond layer to the matrix.
The matrix is used to receive the abrasive layer and is firmly clamped on the spindle of the grinder with a flange when in use. Generally, metal binder products use steel and alloy steel powder as the matrix; resin binder uses aluminum alloy and bakelite as the matrix. It is made of aluminum, steel or bakelite, and plays the role of supporting the working layer and clamping the abrasive tool. The quality of grinding wheel molding and the accuracy of use are closely related to the matrix.
Diamond grinding wheel is a super-hard abrasive grinding wheel. Compared with ordinary abrasive grinding wheels, it has very obvious characteristics and advantages:
1. The hardness of diamond abrasive determines the main characteristics of diamond grinding wheel. It can grind hard alloy, glass, ceramic and other difficult-to-process materials efficiently, and the grinding tool has the longest service life.
2. Diamond has high wear resistance. The less the grinding wheel wears, the longer the service life. In the grinding process, the size, shape and morphology of diamond abrasive grains change little, which is more suitable for high-precision processing and has high production efficiency. Diamond grinding wheel is a tool that can meet both high efficiency and precision processing.
3. The diamond grinding wheel after sharpening can maintain the micro-edge property of the abrasive grains for a long time. The good cutting performance ensures a smaller grinding force during the grinding process, thereby reducing the grinding power and saving energy.
4. The thermal conductivity of diamond is very good, which is conducive to the evacuation of heat, avoiding the phenomenon of workpiece burns, cracks and block falling, and greatly improving the quality of workpiece surface processing.
Diamond grinding wheels can be divided into: resin bond diamond grinding wheels; ceramic bond diamond grinding wheels; metal bond diamond grinding wheels (bronze bond diamond grinding wheels) according to the bonding agent
Diamond grinding wheels can be divided into: sintered diamond grinding wheels (resin bond diamond grinding wheels; ceramic bond diamond grinding wheels; metal bond diamond grinding wheels); electroplated diamond grinding wheels; brazed diamond grinding wheels according to the production process.
Diamond grinding wheels can be divided into: diamond grinding wheels for diamond grinding; diamond grinding wheels for carbide grinding (diamond knife grinding wheels); diamond grinding wheels for diamond composite sheets; centerless grinding diamond grinding wheels for coreless grinders; diamond grinding wheels for ceramic products; diamond grinding wheels for cutting (also known as diamond cutting discs); diamond saw blades.
Diamond grinding wheels can be divided into: parallel grinding wheels; cylindrical grinding wheels; cup grinding wheels; bowl-shaped grinding wheels; dish-shaped grinding wheels; edge grinding wheels; grinding discs, etc. according to their appearance or shape.
