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Showing posts from July, 2020

Oil and Gas PDC Drill Bits Have a Specialized Cutting Structure

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The engineering expertise that we witness in the oil and gas PDC drill bits industry today is a hard toiled result of years of consistent efforts in materials and designs aimed at greater efficiency in drilling operations and extending bit life by enhancing the rate of penetration, improving wear resistance . However, the most landmark changes occurred in the design and functioning of the drill bit when the industry was given polycrystalline diamond compact (PDC) bits. PDC drill bits are different from the conventional roller cone bit as they have a specialized cutting structure. The PDC cutters have two parts - a polycrystalline diamond table and its substrate and are improving the ROP in many difficult wells on a global scale. PDC drill bits come with a fixed cutter that has an incomparable performance in abrasive lateral applications. Research and statistics have suggested that the PDC drill bits offer 56% more footage drilled compared with that of the fixed cutter drill bits

3 Reasons You Should Choose PDC Bits over Tricone Drill Bits

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Before we delve deep into the comparison between tricone drill bits and PDC drill bits, it is important to understand what drill bits actually are. There exists a drill bit for just about every application, from simple bits for drilling into sheet metal on home projects, to specialized tungsten carbide diamond impregnated bits for drilling into hard rock formations . Knowing which drill bits are the most efficient comes with years of drilling experience and research. Tricone drill bits have been in the market way before rock-shearing bits like PDC ’s came into existence. While the drilling bit PDC may be a relative newcomer to the drilling industry, its strength and solidity have enabled it to hit the ground running on a number of fronts : 1.       Live Long and Prosper While tricones require a lower the initial investment, PDC bits can be more cost-effective in the long run, thanks to the fact that their greater lifespan equates to a less frequent bit replacements than wit