About Trunnion Mounted Ball Valve Manufacturer in Surat
Advantages of the Trunnion Ball Design :
Ease of Operation.
Lower Operating Torque.
Minimized Seat Wear.
Addition Features :
Standard double block sealing performance.
Complete die-forged structure for all pressure-containing parts.
Flanged End valves are manufactured with integral flange in casting and forging.
The standard primary gasket design in AED (Anti-Explosive Decompression) type
The secondary emergency seal is always offered for fire-safe purposes.
High-quality stem gasket for reliable tightness and low emission performance.
Low seat-ball friction materials require a long service life and surface finish for dependable sealing.
Best-in-Class CV (Coefficient Of Variation) values.
Standard split & bolted design for body-closure connection.
Advanced Design for Maximum SafetyOur trunnion mounted ball valves incorporate a blowout proof stem, fire-safe features, and antistatic devices, ensuring reliable performance in critical applications. The epoxy-coated body resists corrosion, extending valve life even under demanding conditions. International standard compliance guarantees safety and durability across operations.
Flexible Operation and End ConnectionsChoose from gear operated, actuator operated, manual, pneumatic, or electric power options to meet specific project requirements. Multiple end connections-including RF, RTJ, BW-offer versatile integration into various pipeline systems. Actuator mounting per ISO 5211 Pad ensures seamless automation upgrades.
Comprehensive Quality AssuranceEvery valve undergoes stringent testing per API 598 and conforms to leakage class ANSI B16.104, ensuring exceptional reliability. The available locking arrangement and fire-safe design provide extra security and peace of mind for critical infrastructure installations.
FAQ's of Trunnion Mounted Ball Valve Manufacturer in Surat:
Q: How does the trunnion mounted ball valve ensure reliable sealing under various media and pressure conditions?
A: Our trunnion mounted ball valves utilize seats made from PTFE or metal, providing effective sealing for water, oil, and gas over a pressure range of Class 150 to Class 2500. The trunnion support mechanism minimizes seat wear, ensuring consistent performance in both low and high-pressure environments.
Q: What international standards are these ball valves manufactured to comply with?
A: All our valves adhere to API 6D and ISO 17292 design standards, undergo API 598 testing, and conform to leakage class ANSI B16.104. Flanges are available per ANSI, DIN, and JIS standards, ensuring compatibility with global infrastructure requirements.
Q: Where are these trunnion mounted ball valves commonly used?
A: These valves are widely utilized in petrochemical, oil & gas, power generation, and water treatment applications where durability, safety, and reliable operation are critical concerns.
Q: What are the available operation methods and what are their benefits?
A: Depending on your application, valves can be gear operated, actuator operated, manually, pneumatically, or electrically powered. Actuator mounting via ISO 5211 Pad enables automated operation, boosting control and efficiency in large-scale systems.
Q: How does the fire safe design and blowout proof stem enhance operational safety?
A: Fire safe design minimizes risk during fire exposure by maintaining sealing capability, while the blowout proof stem prevents accidental stem ejection, helping safeguard both personnel and equipment during service.
Q: What is the process for selecting the seat material and end connection for my application?
A: Selection depends on media type, pressure, temperature, and installation requirements. PTFE seats suit corrosive or low-temperature service, while metal seats excel in abrasive or high-temperature conditions. End connections-RF, RTJ, BW-are chosen based on pipeline specifications and project needs.