| Feature | Standard Diamond | Boron-Doped Diamond | Industrial Advantage |
|---|---|---|---|
| Thermo-Oxidative Stability | Onset ~600°C (Rapid Graphitization) | Enhanced Stability: Onset ~850-950°C | Enables High-Feed Grinding without thermal damage to workpiece |
| Wear Mechanism | Chemical Diffusion Wear (Reacts with Fe/Co/Ni) | Primarily Physical Micro-Fracture | Reduced Chemical Affinity maintains sharp cutting edges longer |
| Electrical Behavior | Insulator (>10¹² Ω·cm) | Semi-Conductive Diamond (10⁰ - 10² Ω·cm) | Anti-Static Diamond Powder effect prevents wheel loading in resin bonds |
| Electrochemical Property | Narrow Window / Low Overpotential | High Oxygen Evolution Potential (OER) & Wide Potential Window (~4V) | Essential for durable, high-performance BDD Electrodes |
| Grinding Efficiency | Limited by coolant and feed rate | Supports High-Feed & Dry Grinding | Increased material removal rate (MRR) with less dressing downtime |
| Parameter | Typical Value |
|---|---|
| Grit Size Available | 0-2 µm to 20-40 µm (Custom Mesh for Conductive Diamond Grit) |
| Boron Concentration | 500 ppm / 2000 ppm / Custom (ICP-OES Verified Boron-Doped Diamond) |
| Thermo-Oxidative Onset (TGA in Air) | ~850°C - Verified Enhanced Thermo-Oxidative Stability |
| Electrical Resistivity | 10¹ - 10² Ω·cm (Semi-Conductive Diamond Grade) |
| Crystal Morphology | Well-Crystallized, Sharp Cutting Edges (High Impact Toughness) |
| Packing | 100g / 500g / 1kg Bag Bottle(Custom Packaging Available) |
01 . Aerospace Component Grinding:
Materials: Inconel 718, Ti-6Al-4V, Waspaloy.
Problem Solved: Standard diamond causes surface burn and micro-cracks on turbine blades due to heat accumulation.
BDD Benefit: Enhanced Thermo-Oxidative Stability allows for higher grinding pressure and feed rates without metallurgical damage to the workpiece.
02 .Precision Tool Manufacturing:
Materials: Cemented Carbide (WC-Co), PCD/PCBN Cutting Edges.
Problem Solved: Cobalt binder in carbide attacks standard diamond, causing rapid chemical wear.
BDD Benefit: Reduced Chemical Affinity to Cobalt and Nickel. Conductive Diamond Grit eliminates static loading, keeping the wheel porosity open for cooler, freer cutting.
03 .Advanced Oxidation Processes (AOP) & Water Treatment:
Application: Feedstock for fabricating BDD Electrodes (Landfill Leachate, PFAS/PFOA Removal).
Key Metric: High Oxygen Evolution Potential (High OER) ensures maximum generation of Hydroxyl Radicals (·OH) for pollutant mineralization without electrode corrosion.
04 .Semiconductor & R&D:
Application: Fillers for Thermal Interface Materials (TIM) and HPHT sintering of Conductive Polycrystalline Diamond (PCD) .
✅ Technical Depth: We don't just sell grit; we understand G-Ratios, TGA Onset Profiles, and Electrochemical OER testing. Our team can discuss your specific grinding parameters or electrode fabrication process.
✅ Strict Quality Control: ISO 9001:2015 Certified. Full RoHS & REACH Compliance. Every lot ships with a detailed Certificate of Analysis (CoA) and Safety Data Sheet (SDS).
✅ Lot Traceability: Consistent performance from batch to batch ensures your manufacturing process stays validated.
Tell us your target grit size and application. Our Conductive Diamond Grit and High Thermal Stability Diamond solutions are ready for evaluation.