- Intact As-Grown Crystal Morphology: Retains well-developed HPHT diamond crystals without conventional crushing or reshaping.
- High Particle Integrity: Reduces fracture surfaces and preserves a more complete monocrystalline structure.
- Controlled Particle Size Distribution: Supports consistent filler distribution and composite formulation.
- Suitable for Thermal Composite Systems: Provides a stable diamond filler option for thermal management and functional composite materials.
- Optional Surface Treatment: Titanium and nickel coatings are available for selected interface and composite requirements.
AGD – As-grown Micron Diamond Powder
20+ Years Experience
Consistent Batch Quality
Customized Solutions
Product Overview
AGD is an as-grown monocrystalline diamond powder developed for thermal management and specialty composite applications requiring intact crystal morphology, high particle integrity and stable material properties. Classified directly from HPHT synthetic diamond without conventional crushing or reshaping, AGD retains well-developed faceted crystals with fewer fracture surfaces than conventional crushed powders. Selected particle sizes and surface treatments are available for different composite and interface requirements.
Features
Specifications
| Diamond Type | As-Grown HPHT Monocrystalline Diamond |
|---|---|
| Product Series | Specialty Micron Diamond Powder |
| Grade | AGD |
| Grade Direction | As-Grown / High-Integrity Functional Grade |
| Particle Morphology | Well-developed faceted monocrystalline particles |
| Particle Condition | Uncrushed / As-Grown Crystal |
| Selection Focus | Crystal integrity, morphology and composite performance |
| Typical Applications | Thermal Management / Diamond Composites / Specialty Functional Materials |
| Diamond Type | As-Grown HPHT Monocrystalline Diamond |
|---|---|
| Product Series | Specialty Micron Diamond Powder |
| Grade | AGD |
| Grade Direction | As-Grown / High-Integrity Grade |
| Particle Morphology | Well-developed faceted monocrystalline particles |
| Selection Focus | Crystal integrity, wear resistance and stable abrasive exposure |
| Surface Treatment | Uncoated / Titanium-Coated / Nickel-Coated Options |
| Typical Applications | Fixed Abrasive Tools / Precision Cutting / High-Load Abrasive Systems |
| Item | Details |
|---|---|
| Available Sizes (µm) | 15–25, 20–30, 22–36, 20–40, 30–40, 30–50, 36–54, 40–60 |
| Surface Treatment | Titanium coating available Nickel coating available |
Applications
Thermal Management
Suitable for diamond-filled thermal materials requiring intact crystal morphology and stable particle quality.
- Thermally conductive polymer composites
- Diamond-filled thermal interface materials
- High-conductivity functional fillers
Diamond Composites
Suitable for composite systems requiring high-integrity monocrystalline diamond particles.
- Metal–diamond composite materials
- Polymer–diamond composite systems
- Functional diamond-filled materials
Superabrasive Tool Manufacturing
Suitable for selected tools requiring intact diamond particles and high grain stability.
- Specialty bonded diamond tools
- Selected electroplated tools
- High-integrity abrasive formulations