The Diamond Core Bit is a high-precision exploration tool engineered to recover intact rock samples from the most challenging and abrasive formations.This bit utilizes a specialized matrix impregnated with industrial-grade synthetic diamonds, allowing it to "self-sharpen" as it cuts through hard strata.It is the industry standard for mineral exploration, site investigation, and deep-hole coring where sample integrity and tool longevity are paramount.
Key Features
Advanced Impregnated Matrix: Features a multi-layer diamond distribution that consistently exposes new, sharp diamond grit as the matrix wears, ensuring high penetration rates throughout the bit's life.
Superior Hardness Handling: Specifically designed to drill through extra-hard formations such as granite, basalt, and quartz where standard PDC bits may struggle.
Optimized Crown Profiles: The crown is engineered with precision fluid channels (waterways) to ensure maximum cooling of the cutting face and efficient removal of fine rock cuttings.
Exceptional Sample Integrity: Reduced vibration and stable rotation ensure the recovery of smooth, high-quality core samples for detailed geological analysis.
Erosion-Resistant Gauge: The internal and external diameters are reinforced with high-density diamond and tungsten carbide to maintain a consistent core size and borehole diameter.
| Feature | Specification |
| Bit Type | Impregnated Diamond Core Bit |
| Matrix Material | Tungsten Carbide & Diamond Composite |
| Cutting Elements | Industrial Synthetic Diamonds |
| Application | Mineral Exploration, Geotechnical Boring |
| Formation Range | Hard to Extra-Hard (Granite, Quartzite, Basalt) |
| Matrix Height | Standard 12mm / 14mm / 16mm (Customizable) |
Extreme Hard Rock Cutting: Specifically engineered for the hardest rock layers, utilizing micro-cutting principles for efficient penetration.
Self-Sharpening Technology: The matrix continuously exposes new diamonds as it wears, ensuring the bit remains sharp at all times.
High Core Recovery: Precision waterway designs minimize core erosion, ensuring the recovery of complete and intact samples.
