Johnson Tools Manufactory Co.,Ltd
Johnson Tools Manufactory Co.,Ltd. Excellent Performance, Your Best choice!
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230mm Sintered Saw Blade , General Purpose Saw Blades , Diamond Segmented Cutting Disc, 9 Inch Saw Blade
Blade data:
Diameter: 230mm
Segment thickness: 2.6mm.
Segment height: 7mm or 8mm or 10mm or 12mm.
Segment number: 18nos.
Center hole: 20 or 22.23mm or 25.4mm
Technology:
Sintered saw blade.
Application:
For concrete, marble, granite, limstone, sandstone, gritstone, bluestone, basalt, etc.
Dry or Wet:
Suitable for Dry and wet cutting.
Advantage:
General purpose saw blade is widely used in cutting all kinds of concrete, stone, brick, block etc. Smooth and fast cutting.
Details Spec.:
| Outside diameter | Segment specification | Hole | Teeth No. | Cutting material | |
| Thickness | Height | ||||
| 230mm | 2.6mm | 7mm | 20/22.23/25.4mm | 18nos | General purpose |
| 230mm | 2.6mm | 8mm | 20/22.23/25.4mm | 18nos | General purpose |
| 230mm | 2.6mm | 10mm | 20/22.23/25.4mm | 18nos | General purpose |
| 230mm | 2.6mm | 12mm | 20/22.23/25.4mm | 18nos | General purpose |
How Do Diamond Blades Work?
Understanding how a diamond blade works will help you choose a blade with the right characteristics and cutting quality for your needs. Here are the four basic blade components:
•The metal core, a precision-engineered steel disk with a segmented rim that holds the diamonds.
•The synthetic diamond crystals, the sharp cutting teeth that slice through the concrete.
•The matrix, a metal bond that holds the diamond particles in place until they wear away.
•The weld, which attaches the cutting segments to the core (most segments are laser welded or soldered).
The exposed diamonds on the surface of each segment do the cutting, using abrasive action to slice through material as the blade rotates at high speeds. As the diamonds at the surface become dull through use, the matrix begins to shed away to release the worn diamond crystals and expose new, sharp diamonds embedded within the matrix.
The most important fact to know is that the hardness of the matrix controls how quickly a blade wears. Here's the basic rule: A diamond blade used to cut soft, abrasive materials (such as uncured, green concrete) should have a hard metal bond so the exposed diamonds are fully utilized before they shed away. Conversely, a blade for cutting hard, nonabrasive concrete should have a soft bond to allow for easier erosion of the matrix, which will ensure exposure of new, sharp diamonds when you need them.
