Tricone Rock Drill Bits
15 1/2in Tricone Rock Drill Bits with 80 Cutters for Soft Formations
15 1/2in Tricone Rock Drill Bits 394mm 80 Cutter Soft Formations PDC Drill Bits 15 1/2″ 394mm XHR 6163MK for High-Speed Drilling in Soft Formations XHR Series Features Suitable for improving ROP in soft formation Optimize shaped cutter layout to improve the drilling efficiency and improve cuttings removing Optimize nozzles and junk slot design by using CFD to speed up cutting moving The high strength steel body makes the blade thinner to prevent back tail of the blade contact
16 Inch API 7-1 Standard Tricone Rock Drill Bits with 68 Cutter PDC Drilling Bits
16 Inch Tricone Rock Drill Bits API 7-1 Steel Body PDC Drilling Bits 68 Cutter Mining Well PDC Drilling Bits 16 Inch API 7-1 Standard Factory Drill Bit Steel Body PDC Bits XHR Series Features Suitable for improving ROP in soft formation Optimize shaped cutter layout to improve the drilling efficiency and improve cuttings removing Optimize nozzles and junk slot design by using CFD to speed up cutting moving The high strength steel body makes the blade thinner to prevent back
17 1/2″ 444mm XHR 6163ML API 7-1 Standard Steel Body PDC Drill Bit for Soft Formation Drilling
PDC Drill Bit 17 1/2″ 444mm XHR 6163ML Inch API 7-1 Standard Factory Drill Bit Steel Body PDC Bits XHR Series Features Suitable for improving ROP in soft formation Optimize shaped cutter layout to improve drilling efficiency and enhance cuttings removal Optimize nozzles and junk slot design using CFD to accelerate cutting movement High strength steel body with thinner blades prevents back tail contact with formation during high ROP operations Product Features 0.8mm Relieved
18 1/2in 470mm Tricone Rock Drill Bit for High Efficiency Rock Breaking in Oil Gas Drilling
18 1/2" Tricone Rock Drill Bits 470mm PDC Drill Bit For Oil Gas Rock Breaking 18 1/2" (470mm) PDC Drill Bit for Oil & Gas Drilling - High Efficiency Rock Breaking in Ultra-Hard Formations XHR Series Features Suitable for improving ROP in soft formation Optimize shaped cutter layout to improve drilling efficiency and enhance cuttings removal Optimize nozzles and junk slot design using CFD to accelerate cutting movement High strength steel body with thinner blades to prevent