Diamond Powders
Synthetic Diamond Grit
Controlled synthetic diamond grit for resin, metal, vitrified, and electroplated bond tools.
- Material
- diamond
- Form
- grit
- Sample
- Available
Synthetic diamond grit is selected around particle shape, thermal toughness, grit size distribution, and bond compatibility.
C6EX supports sample-to-scale selection for stone tools, ceramic grinding, glass processing, and high-wear abrasive systems.
Technical parameters
Specification snapshot
Key material parameters for selection, sampling, and quote conversations.
| Grit size range | 20/25 to 400/500 mesh | |
|---|---|---|
| Particle shape | mixed | |
| Strength grade | Standard to high strength | |
| Bond compatibility | resin, metal, vitrified, electroplated | |
| MOQ | Trial and production quantities available | |
| Lead time | Confirm by grade and quantity | |
| Packaging | Sealed bottles or bags by customer lot requirement. | |
| Material | Synthetic diamond | |
| Range | 20/25 to 400/500 mesh | |
| Bond systems | Resin, metal, vitrified, electroplated |
Application fit
Typical applications
Common processes where this material profile can be evaluated.
Stone Cutting Tools
Diamond grit selection for saw blades, segments, and stone cutting tools where cutting speed and life must be balanced.
ApplicationResin Bond Grinding Wheels
Diamond and CBN material choices for resin bond wheels balancing removal rate, finish, heat, and wheel life.
ApplicationMetal Bond Diamond Tools
Diamond grit and coated diamond choices for metal bond tools requiring strong retention and predictable wear.
Quote context
Share your bond system, grit range, and target performance.
C6EX can route the inquiry with product context for Synthetic Diamond Grit, including sample availability, packaging, and scale-up requirements.
Related content
Next technical references
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Related products
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Related resources
A practical comparison of diamond and CBN by workpiece chemistry, process temperature, and tool type.
guideHow to Choose Diamond Grit Size for Cutting ToolsA grit-size selection guide for cutting speed, edge quality, tool life, and bond exposure.
articleWhy Batch Consistency Matters in Diamond PowdersHow particle size distribution, shape, and cleanliness affect repeatable tool and finishing performance.
application-noteHow Diamond Particle Shape Affects Tool PerformanceA practical note on blocky, sharp, irregular, and mixed particle shapes in cutting and grinding.