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Lower Crystal Strength: Lower-strength GSD grade with greater friability and easier fracture.
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Controlled Crystal Morphology: Monocrystalline particles with greater shape variation than higher GSD grades.
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Higher Friability: Controlled fracture renews cutting edges during lower-load processing.
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Standard Internal Crystal Quality: Greater tolerance for inclusions and internal defects than higher-strength GSD grades.
Saw Grit Diamond-GSD910
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Product Overview
GSD910 is a lower-strength monocrystalline saw grit diamond with relatively high friability and controlled crystal morphology. Its crystal structure allows easier fracture and cutting-edge renewal, making it suitable for lower-load sawing, cutting and selected diamond tool applications where high crystal toughness is not required.
Features
Specifications
| Diamond Type | HPHT Monocrystalline Synthetic Diamond |
|---|---|
| Product Series | Saw Grit Diamond |
| Grade | GSD910 |
| Strength Level | Lower Strength |
| Friability | Relatively High |
| Crystal Morphology | Controlled monocrystalline morphology with greater shape variation |
| Internal Crystal Quality | Standard grade |
Applications
Stone & Construction
Ideal for high-speed grinding and lapping of stone materials under light loads.
- Granite and marble grinding
- Building stone material processing
Cemented Carbides
Suitable for light-load grinding applications requiring efficient stock removal.
- Rough grinding of cemented carbide parts
- Pre-lapping before fine finishing
Ceramic Manufacturing
Used for high-efficiency grinding and lapping of ceramic materials.
- Structural ceramic grinding
- Ceramic substrate lapping under stable conditions