Impregnated Diamond Core Bit
💎 Impregnated Diamond Core Bit – High-Performance Core Drilling Bit
Engineered for Deep Drilling in Hard Rock Formations
Ideal for Mineral Exploration, Wireline Core Drilling & Geotechnical Projects
✅ Product Overview:
The impregnated diamond core bit is the most versatile and widely used core bit in the mineral exploration and geotechnical drilling industry. It features a crown impregnated with synthetic diamonds, evenly distributed in a durable matrix. As the bit wears, new diamonds are continuously exposed, ensuring consistent penetration rates, long bit life, and superior core recovery in even the hardest rock types.
Whether you’re drilling granite, basalt, quartzite, or abrasive formations, this bit is designed for high-performance wireline core drilling with minimal downtime and excellent wear resistance.
Description
⚙️ Key Features:
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💎 Premium Synthetic Diamonds – Uniformly distributed throughout the crown for efficient cutting
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🧱 Ideal for Hard to Ultra-Hard Formations – Performs in high-compressive-strength rock
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🧰 Wear-Resistant Matrix – Optimized matrix grades (from soft to hard) available based on ground conditions
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🔧 Precision Machined Threads – Available in standard DCDMA sizes (e.g., NQ, HQ, PQ, etc.)
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🔄 Self-Sharpening Design – New diamonds are continuously exposed during drilling
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🛠️ High Core Recovery Rates – Minimal bit-induced core damage
📏 Specifications:
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Available Sizes: NQ, HQ, PQ, BQ, and other DCDMA-standard sizes
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Matrix Grades: Soft, Medium, Hard (selected based on rock hardness)
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Thread Types: Compatible with all major wireline core barrels
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Cooling: Designed for use with water or drilling fluids for optimal performance
🛒 Why Choose Our Impregnated Diamond Core Bits?
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✔️ Manufactured with strict quality control and international drilling standards
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✔️ Optimized for long life, high RPM drilling, and deep-hole performance
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✔️ Trusted by mining companies, exploration teams, and geotechnical engineers
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✔️ Multiple grades and custom designs available for site-specific geology
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