SGS GB Certified 230mm General Purpose Diamond Saw Blade with 2.6mm Segment Thickness and 18 Segments
230mm sintered diamond saw blade designed for general purpose cutting applications. This SGS/GB approved blade offers reliable performance for various construction and masonry materials.
| Parameter | Specification |
|---|---|
| Diameter | 230mm (9 Inch) |
| Segment Thickness | 2.6mm |
| Segment Height Options | 7mm, 8mm, 10mm, 12mm |
| Segment Number | 18 segments |
| Center Hole Options | 20mm, 22.23mm, 25.4mm |
| Diameter | Thickness | Height | Hole | Teeth No. | Application |
|---|---|---|---|---|---|
| 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 |
Ideal for cutting concrete, marble, granite, limestone, sandstone, gritstone, bluestone, basalt, brick, block, and various masonry materials.
Suitable for both dry and wet cutting operations, providing flexibility for different job site requirements.
- Wide application range for various construction materials
- Smooth and fast cutting performance
- SGS and GB quality certifications
- Customizable segment heights for specific cutting needs
Understanding diamond blade operation helps in selecting the right blade for your specific requirements:
- Metal Core: Precision-engineered steel disk with segmented rim to hold diamonds
- Synthetic Diamonds: Sharp cutting crystals that slice through materials
- Matrix: Metal bond that holds diamond particles until they wear away
- Weld: Laser welding or soldering that attaches segments to the core
Exposed diamonds on segment surfaces perform the cutting through abrasive action as the blade rotates at high speeds. As surface diamonds dull, the matrix sheds to release worn crystals and expose new sharp diamonds embedded within.
The matrix hardness determines blade wear rate. For soft, abrasive materials (uncured concrete), use hard metal bonds to fully utilize diamonds. For hard, non-abrasive materials, use soft bonds for easier matrix erosion and continuous exposure of new sharp diamonds.
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