Parameter | Description |
Diameter | 8mm, 13mm, 16mm, 19mm, 25mm (varies by use case) |
Thickness | Typically 3-5mm or more |
Shape | Cylindrical, Round, Dome, or Beveled Edge |
chamber Angle | 30° to 45° (improves impact resistance) |
Thermal Stability | Up to 750-1,200°C (depends on material) |
Impact Resistance | Designed to handle high impact loads |
Abrasiveness | Optimized for both soft and hard formations |
Bonding Layer | Tungsten carbide base for wear resistance |
Edge Design | Sharp or chamfered for different drilling needs |
Application | Oil and gas drilling, geothermal drilling, mining exploration |
Super pressure resistance
Super abrasiveness
Super thermal stability
Superior Hardness and Wear Resistance – The high-strength polycrystalline diamond layer offers remarkable hardness, wear resistance, and self-sharpening capabilities, assuring long-lasting endurance.
Outstanding Impact Resistance — Engineered with innovative bonding technology, the PDC cutter is engineered to handle high impact loads, retaining stability in severe drilling situations.
High Cutting Efficiency – Featuring sharp cutting edges and an optimized design, PDC cutters enable fast and efficient material penetration, improving drilling speed and reducing energy consumption.
PDC cutters are widely used in petroleum and oilfield drill bits, geological exploration bits, natural gas exploration bits, and coal mining bits. PDC is primarily suitable for drilling in soft to medium-hard formations.