Design and construction
ASME B16.34, API 6D.
Engineered for Pressure, Built for PerformanceTrunnion mounted ball valves, construction to API 6D, ASME B16.34, ASME VIII Div. II, 2/3 piece bolted body, split body, side entry, flanged RF/RTJ ends to ANSI B16.5 or ASME B16.47 Series A (26'' & Above), face to face to ANSI B16.10, full/reduced bore, manual, bare stem or automated, ISO (5211) top work standardized for actuation, double stem bearing, soft or metal seated, FE tested and qualified to ISO 15848-1, certified fire safe design, antistatic & blow out proof stem, double block & bleed, self relieving seats.
| Size | Seat option | Model | Pressure class |
|---|---|---|---|
| ½‘’ - 48‘’ | Soft seated | TM3 | ANSI 150 - 2500 // API 2000 - 15000 |
| ½‘’ - 48‘’ | Metal seated | IGI-T | ANSI 150 - 2500 // API 2000 - 15000 |
Design, Materials and Technical Features
Materials
Carbon Steel, Stainless Steel, Duplex, Super Duplex, Inconel, Hastelloy, Titanium, Nickel Aluminium Bronze.
Carbon Steel, Stainless Steel, Duplex, Super Duplex, Inconel, Hastelloy, Titanium, Nickel Aluminium Bronze.
Special services/applications
Cryogenic, High Temperature, Hydrogen, Oxygen, CO2, Urea & Ammonia, Subsea, high cycling and/or fast closing.
Cryogenic, High Temperature, Hydrogen, Oxygen, CO2, Urea & Ammonia, Subsea, high cycling and/or fast closing.
Tailor made solutions
Among others, Special Seals, Special Bore and/or face to face and/or connections to pipeline, Compact Design; Special Insulation Design, Clean Processing, DIB-1 (with or without integrated thermal relief system), DIB-2, injections and/or flushing systems.
Among others, Special Seals, Special Bore and/or face to face and/or connections to pipeline, Compact Design; Special Insulation Design, Clean Processing, DIB-1 (with or without integrated thermal relief system), DIB-2, injections and/or flushing systems.
Monograms owned
API 6D, API 6A (Up to PSL4, PR2), API 6DSS.
API 6D, API 6A (Up to PSL4, PR2), API 6DSS.
Advanced Cryogenic Solutions for Critical Flow Systems
With a strong foundation in cryogenic engineering, including CAE analysis, we design and manufacture trunnion ball valves capable of performing under extreme low-temperature conditions. Our in-house testing facilities allow us to simulate real operating conditions and verify performance at every stage, ensuring maximum reliability and safety. Our experience is supported by a wide range of successful installations worldwide, where reliability and sealing performance are essential. This combination of know-how, testing capability, and proven references positions us as a trusted partner for critical cryogenic applications.
Reliability, testing and certified performance under extreme conditions.