Specifications
1) It has a good gage protection
2) It has high drilling speed
3) Good quality
PDC bit is developed in a significant advanced technology of diamond drilling. The disc shaped polycrystalline diamond pads, or cutters, are set strategically in rows on the bit face. These cutters consist of a layer of polycrystalline diamond on a tungsten carbide substrate and it allows the bits to drill through formations which are too soft or too sticky for conventional diamond drill bits. The PDC bits are designed for vertical, slant or horizontal drilling and can be used for either non core, side track or recovery purposes.
1) Powdered metal matrix body for longer service life.
2) Advanced geometric design for faseter penetration.
3) Added cutters for maximum performance.
4) TSP gauge protection.
5) Large junk slots for better hole cleaning.
6) Oil field technology for deep hole drilling.
Features of "DIYFIA' Drill Impregnated Diamond Core Bits.
High quality synthetic diamond powders are distributed in the depth of impregnated diamond core bit's matrix series. The matrix layer of the crown contains a uniform distribution of these crystals that are embedded in a powdered metal bond.
The matrix of our impregnated diamond core bits is designed to expose new diamonds to the bits' cutting face as wear occurs. Fast penetration rate is maintained as a result of this action.
Our diamond core bits are manufactured to give optimum penetration rates and bit life, which is required to keep the cost of diamond drilling to a minimum.
Main Features:
1. Greater resistance to wear in most formations, particularly in the extremely hard rock formation.
2. Less sensitive to abuse, rough handling and improper use.
3. Self sharpening owing to the erosion of matrix and the diamonds.
4. Synthetic diamonds of high quality which are distributed evenly throughout the matrix.
5. Efficient cutting function provided by fresh, sharp diamonds continually.
We can manufacture all kinds of diamond core bits and reaming shells according to customer's special requirement.