Product Details:
| Minimum Order Quantity | 5000 Carat |
| State | Solid |
| Packaging Size | Zipper bags |
| Grade | Tough |
| Diamond Type | Industrial Natural Diamond for Drill bits |
| Form | Soham Industrial Diamonds |
| Usage/Application | Core drill, oil drilling, gas drilling, concrete core cutting |
| Country of Origin | Made in India |
Bort Industrial Natural Diamond: Raw Material for Core Cutting Diamond Bits 1. Diamond Type Natural Bort Industrial Diamond – non-gem quality, blocky, used for heavy-duty drilling. Applications of Core Cutting Diamond Bits Construction Industry Drilling through reinforced concrete, asphalt, and masonry. Mining & Geological Exploration Extracting rock core samples for mineral analysis. Oil & Gas Industry Coring deep rock formations for exploration. Stone Processing Marble, granite, and engineered stone coring. Infrastructure Projects Creating holes for pipelines, electrical conduits, and anchor bolts. Benefits of Industrial Diamonds for Core Cutting Extreme Hardness for Tough Materials Industrial diamonds (Natural Bort or Synthetic) can cut through ultra-hard materials like granite, basalt, reinforced concrete, and quartz that conventional abrasives cannot. High Cutting Speed Diamond bits remove material quickly, increasing drilling productivity in construction, mining, and exploration. Precision & Accuracy: Creates clean, smooth-edged holes with minimal chipping or cracking, crucial for structural and aesthetic applications. Longer Tool Life: Diamonds resist wear much better than carbide or steel, reducing replacement frequency and downtime. Lower Operational Cost While the initial bit cost may be higher, its extended lifespan and higher output make it more cost-effective over time. Versatility Across Industries: Works on a wide range of substrates — from soft limestone to ultra-hard engineered stone, concrete, and metal-reinforced structures. Efficient Energy Use: Lower friction and faster drilling reduce machine strain and energy consumption. Consistency in Performance: Synthetic diamonds offer uniform size and shape, ensuring stable drilling performance and predictable wear rates. Heat Resistance: Diamonds can withstand high cutting temperatures, especially when combined with metal bonding and cooling systems. Reduced Material Damage: Less vibration and smoother penetration help preserve the integrity of the material being drilled.
