ОМК VEGA
Premium gas-tight full-strength thread and coupled connection
The connection is designed with a special thread hooked profile witha negative angle, a metal-to-metal seal, and full strength that assures that the connection remains gas-tight under a compressive load equal to 100% of pipe body strength.
Size: | 114,3 – 273,1 mm |
Grades: | from K55/J55 to Q125 |
Tubular Type: | seamless |
Tensile Efficiency: | 100% |
Compressive Efficiency: | 100% |
Turns per inch (thread pitch): | 4 (6,35 mm) |
Manufactured per: | API 5CT GOST 31446-2017 |
Size: | 114,3 – 273,1 mm |
Grades: | from K55/J55 to Q125 |
Tubular Type: | seamless |
Tensile Efficiency: | 100% |
Compressive Efficiency: | 100% |
Turns per inch (thread pitch): | 4 (6,35 mm) |
Manufactured per: | API 5CT GOST 31446-2017 |
Potential Applications
- Oil, gas, and offshore fields
- Vertical, directional, and horizontal wells
- Construction of long offshore and onshore ERD wells with type -S and -L profiles
- Wells with aggressive H2S and CO2 environments
![](/upload/iblock/75f/caryger8o3qnoke3f1cegr7fiyt00h65/VEGA_PR.jpg)
![](/upload/iblock/3c5/pkiobxzrl4gfn025g3lxakqrnvkapk76/VEGA.png)
Factors of Improved Reliability
- Special negative-angle thrust thread profile that guarantees from disconnection when running strings
- An increased TPI allows for better thread assembly on a rig under field conditions
- The thread connection has the same strength as the pipe body. Connection compression strength equals to 100% of the pipe body
- The gas-tight metal-to-metal seal assembly guarantees leak-proofness at high bending and compression loads
- An additional inner interna; shoulder provides resistance to high compressive loads and extreme torques
- An increased connection ID allows for more flexibility in selecting downhole equipmen
- Inspection of thread connection assembly based on specified make-up torques and an assembly diagram
- CLEAN SPACE dope-free technology option
- OMK VEGA design has been verified by successful bench testing per API 5C5:2017 CAL IV level
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