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Round MCD Diamond
INFI
| Type | Synthetic diamond |
| Usage | Machining and cutting tools |
| Abrasive Grain Sizes | 1-8mm |
| shape | Near square, square,round... |
| Tolerance | ±0.05mm in thickness |
| Orientation | 100 |
| Place of Origin | Hunan,China |
| Thinkness | 0.3-2.0mm |
| Thermal conductivity | 1500-2200W/cm.k |
| Hardness | 90GPa-130GPa |
| Processing object | Gold,silver,copper,aluminum alloy,and non-metallic materials |
Industrial-Grade Synthetic Diamond Solutions
Engineered via high-pressure high-temperature (HPHT) synthesis, our monocrystalline diamonds combine carbon with transitional metals under extreme conditions. These lab-grown crystals deliver unparalleled performance in precision tooling applications.
Primary Applications
High-speed machining of non-ferrous metals:
• Aluminum, Copper, Brass
• Gold, Nickel alloys
Industrial mass production systems
Ultra-precision cutting operations
Performance Advantages
Yellow-tinted MCD diamonds ensure quick visual identification in industrial environments while providing:
Mohs 10 Hardness: Industry-leading wear resistance
Vibration Dampening: Enhanced cutting stability
Cost Efficiency: Superior durability reduces tool replacement frequency
Surface Perfection: Mirror finishes on workpieces
Quality Guarantees
Exceptional optical clarity
Geometrically consistent forms
Structural uniformity
Corrosion/chemical immunity
Optimized wear performance
Custom Geometry Options
Available in square, round, logs - additional profiles in development
Material Science
Synthetic diamonds (lab-grown/cultured/man-made) replicate natural diamond's pure carbon crystalline structure in isotropic 3D arrangement.
| Type | Synthetic diamond |
| Usage | Machining and cutting tools |
| Abrasive Grain Sizes | 1-8mm |
| shape | Near square, square,round... |
| Tolerance | ±0.05mm in thickness |
| Orientation | 100 |
| Place of Origin | Hunan,China |
| Thinkness | 0.3-2.0mm |
| Thermal conductivity | 1500-2200W/cm.k |
| Hardness | 90GPa-130GPa |
| Processing object | Gold,silver,copper,aluminum alloy,and non-metallic materials |
Industrial-Grade Synthetic Diamond Solutions
Engineered via high-pressure high-temperature (HPHT) synthesis, our monocrystalline diamonds combine carbon with transitional metals under extreme conditions. These lab-grown crystals deliver unparalleled performance in precision tooling applications.
Primary Applications
High-speed machining of non-ferrous metals:
• Aluminum, Copper, Brass
• Gold, Nickel alloys
Industrial mass production systems
Ultra-precision cutting operations
Performance Advantages
Yellow-tinted MCD diamonds ensure quick visual identification in industrial environments while providing:
Mohs 10 Hardness: Industry-leading wear resistance
Vibration Dampening: Enhanced cutting stability
Cost Efficiency: Superior durability reduces tool replacement frequency
Surface Perfection: Mirror finishes on workpieces
Quality Guarantees
Exceptional optical clarity
Geometrically consistent forms
Structural uniformity
Corrosion/chemical immunity
Optimized wear performance
Custom Geometry Options
Available in square, round, logs - additional profiles in development
Material Science
Synthetic diamonds (lab-grown/cultured/man-made) replicate natural diamond's pure carbon crystalline structure in isotropic 3D arrangement.
