Cobra® GT
True Flush, High Torque
As this industry continues to evolve, the vintage flush joint designs of yesteryear no long pass muster for many of today’s applications. Historically, one of the tradeoffs for clearance is less torque. With the Constrictor® thread form, that’s no longer the case. Cobra® GT is able to generate significantly more torque than a conventional shouldered flush joint. Negative stab and load flanks prevent jumpout and lock the pin and box together radially for maximum seal contact under combined loading. Low thread pitch allows the connection to be madeup in 5 turns – compare that to 12 turns for API BTC. A long pin swage results in a highly efficient flush joint connection, providing operators the opportunity for a greater setting depth without increasing the nominal pipe weight. The positional makeup indicator allows operators to run without the need for torque-turn monitoring. Both factors can result in significant cost savings. Cobra® GT was designed for challenges of this generation and the next.
Features
- Rugged Constrictor® thread form
- True flush OD for maximum clearance
- Seat-optimized premium metal-to-metal seal
- Low stress for low galling and performance in a corrosive environment
- Fast make-up to save operators valuable rig time
- Positional makeup indicator for use without torque-turn monitoring
The Refrack Solution
True flush OD, quick makeup with positional verification, and a robust seal design makes Cobra™ GT the ideal solution for refracks. With enough clearance to run inside 4-1/2” casing and extraordinary torque and tensile capacity, operators can rest assured. This hassle-free connection was built for practical field use.
Services available
- Technical Support
- Field Service
- Casing Design
- Material Selection
- Torque and Drag
- Accessories
All material contained in this brochure is for general information only. This material should not, therefore, be used or relied upon for any specific application without independent competent professional examination and verification of its accuracy, suitability and applicability. Fermata Technologies, LLC does not assume any responsibility or liability for any loss, damage, injury resulting from the use of information and data herein.
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