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...medium-hard to hard abrasive rock formations (between 200 Mpa to 260 Mpa compressive strength).Featuring spherical tungsten carbide inserts that is known to have strong configuration against carbide fracture...
... Carbide Insert Connection: 3 1/2inch API REG PIN Nozzle: one central nozzle Bit Weight: 13kgs RECOMMENDED ROCK FORMATIONS Adapted to be used in medium to medium hard with high compressive strength. SIZE AVA...
.... It has a useful life, high-efficiency, and good performance cost ratio. PDC bit is mainly used for drilling soft and medium formation, it work under low drilling pressure,midium-low speed,big drainage Shan...
...life, high-efficiency, and good performance cost ratio. PDC bit is mainly used for drilling soft and medium formation, it work under low drilling pressure,midium-low speed,big drainag We also can design PDC ...
Description: . High-end take-up system with tension controling, which not only extends motor's life, but also makes medium rolled more neatly. . Applicable range is expanded at the same time, such as Car sticke...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...
... to insure service life of the bit while improving ROP. 3. Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations. 4. Shock absorbers are designed...