full welded trunnion ball valve
Trunnion Ball Valve
Trunnion mounted ball valves can be used in high volume, high-pressure applications or low-volume applications.
Introduction of Full Welded Trunnion Ball Valve
A fully-welded trunnion valve is a type of ball valve that is used to control the flow of gas or liquid through a passage. It is distinct from other ball valves because its ball is mounted and welded onto a trunnion at the base and supported by the stem at the top. All other components are also connected by welded joints.
We are ISO 15848 certified trunnion ball valve manufacturers as our all-welded ball valves pass the fugitive emissions test. Each unit has an adjustable gland packing box with multiple stem sealing and thus provides control with zero leakage. We also adhere to high-level API 6D and API 598 pressure test requirements as well as API 607/6FA fire safety standards.
Our fully-welded ball valves are available in sizes ranging from 2″ to 60″ with a full bore or reduced bore ball options. Additionally, we offer different types of actuators to match various valve control methods. Our goal is to deliver a valve solution that will meet all our clients’ requirements.
Fully-welded Ball Valve Industrial Applications
Petrochemical industry – a welded ball valve can be used to control the flow of oil products in oil refinery feedstock lines to avoid contamination of separate lines of products.
Chemical manufacturing – due to their tight seal features, trunnion ball valves are ideal for safely managing corrosive chemicals after production.
Emergency shut-offs – welded ball valves are quick to maneuver and provide a full-proof seal against the flow of media making them suitable for emergency system shut-off applications.
Power generation – to control the amount of power generated, the fuel has to be controlled as well. Trunnion ball valves control gas and liquid fuel flow very accurately.
|Valve Size||2“–60”, DN50–DN1200|
|Pressure Class||150LB–2500LB , PN16–DN420, JIS10-20K|
|Materials||A105, LF2, F316, F11, F304, F316, F51 , F55;|
|Design and Manufacturing Standards||API 6D, API 608, ASME B16.34, ISO 17292, BS5351;|
|Face to Face Standards||ASME B16.10, BS 558, BS12982, ISO 5752;|
|Flange Dimension Standards||ASME B 16.5, ASME B16.47, ASME B16.25, ASME B16.11, BS 12627;|
|Pressure Test Standards||API598 , API 6D , BS12569;|
|Fire Safety Test Standards||API 6FA API 607|
|Quality/Product Certifications||ISO9001, ISO14001, ISO18001;|
|Fugitive Emissions||ISO 15848-1, API 622;|
|NACE||NACE MR 0175|
|Valve operator options||Handwhel, Worm Gear, Electric actuator, Pneumatic actuator, Hydraulic Actuator;|
|Shutoff Class||API 598 (Zero Leakage), API 6D;|
|Bore||Full Bore, Reduced Bore|
|Process Connection Types||SW, NPT, BW , RF, RTJ;|