Audited Supplier
1/2"~10"
Gas
Stainless Steel
Flange
Manual
PN1.0-32.0MPa
Straight Through Type
Floating Ball Valve
Floating Ball Valve
Flow Control
High Temperature
ANSI,ASME ,API,DIN
Industrial Usage
Poly Wood Case
1/2"~36"
China
8431431000
Product Description
Design Features
Secure Line Flow Locking Device - Discover the ultimate in reliability and fluid control with our cutting-edge locking device. Precision-engineered to maintain steadfast and continuous fluid flow, this state-of-the-art feature fortifies your fluid management systems, ensuring secure and trustworthy operations.
Blow-out Proof Stem - Enhance your operational safety with our exceptionally robust blow-out proof stem. This advanced feature is meticulously crafted to prevent unexpected fluid escape, safeguarding operations and elevating safety across your systems.
Fire Safe Design - Our valve exemplifies safety and engineering mastery with its fire-safe design. Skillfully crafted to withstand fire threats, it assures unparalleled peace of mind by preserving system integrity under high-risk conditions.
Anti-Static Design - Elevate safety standards with our groundbreaking anti-static design. Expertly created to prevent static discharge, this innovative feature secures operations, minimizing risks of unexpected disruptions, and ensuring seamless performance.
Low Emission Design - Lead in environmental responsibility with our low emission design, expertly crafted to drastically reduce pollutants. This feature ensures compliance with stringent environmental standards, epitomizing our unwavering commitment to sustainable practices.
Over Pressure Self Relieving Seat Design - Prevent overpressure risks with our ingeniously designed self-relieving seat. This feature intelligently maintains optimal pressure, ensuring safe and efficient system operations, and eliminating potential pressure-related issues.
IS05211 Mount Pad - Achieve flawless system integration with our IS05211 Mount Pad. It offers a robust foundation for seamless compatibility and versatile mounting options, enabling effortless adaptation to diverse operational requirements.
Flanges(RF/RTJ) according to ASME B16.5 - Assure excellence in connectivity and compliance with industry standards through our flanges. Precisely manufactured to adhere to ASME B16.5 specifications, they provide dependable, high-performance connectivity essential for dynamic applications.
The applied temperature range: soft seated -46°C~200°C - Our soft-seated valve is expertly designed for versatile performance across a spectrum of conditions, operating efficiently from -46°C to 200°C. This adaptability ensures optimal functionality across varied environmental scenarios.
metal seated up to 450°C - For applications demanding high temperatures, our metal-seated variant is your ideal choice. Designed to excel seamlessly up to 450°C, it offers robust and reliable performance under extreme conditions.
Secure Line Flow Locking Device - Discover the ultimate in reliability and fluid control with our cutting-edge locking device. Precision-engineered to maintain steadfast and continuous fluid flow, this state-of-the-art feature fortifies your fluid management systems, ensuring secure and trustworthy operations.
Blow-out Proof Stem - Enhance your operational safety with our exceptionally robust blow-out proof stem. This advanced feature is meticulously crafted to prevent unexpected fluid escape, safeguarding operations and elevating safety across your systems.
Fire Safe Design - Our valve exemplifies safety and engineering mastery with its fire-safe design. Skillfully crafted to withstand fire threats, it assures unparalleled peace of mind by preserving system integrity under high-risk conditions.
Anti-Static Design - Elevate safety standards with our groundbreaking anti-static design. Expertly created to prevent static discharge, this innovative feature secures operations, minimizing risks of unexpected disruptions, and ensuring seamless performance.
Low Emission Design - Lead in environmental responsibility with our low emission design, expertly crafted to drastically reduce pollutants. This feature ensures compliance with stringent environmental standards, epitomizing our unwavering commitment to sustainable practices.
Over Pressure Self Relieving Seat Design - Prevent overpressure risks with our ingeniously designed self-relieving seat. This feature intelligently maintains optimal pressure, ensuring safe and efficient system operations, and eliminating potential pressure-related issues.
IS05211 Mount Pad - Achieve flawless system integration with our IS05211 Mount Pad. It offers a robust foundation for seamless compatibility and versatile mounting options, enabling effortless adaptation to diverse operational requirements.
Flanges(RF/RTJ) according to ASME B16.5 - Assure excellence in connectivity and compliance with industry standards through our flanges. Precisely manufactured to adhere to ASME B16.5 specifications, they provide dependable, high-performance connectivity essential for dynamic applications.
Designed all to ISO17292, BS5351, ASME B16.34 etc Fire safe design certification by: API6FA, API 607 - Our pioneering design adheres to rigorous standards such as ISO17292, BS5351, and ASME B16.34. It additionally boasts fire-safe certifications from API6FA and API 607, ensuring unmatched reliability and safety.
Can meet NACE MR 01-75 MR 01-03 specification requirements - Our product is expertly engineered to exceed the rigorous demands of NACE MR 01-75 and MR 01-03 specifications, guaranteeing exceptional performance, durability, and reliability in the harshest environments.The applied temperature range: soft seated -46°C~200°C - Our soft-seated valve is expertly designed for versatile performance across a spectrum of conditions, operating efficiently from -46°C to 200°C. This adaptability ensures optimal functionality across varied environmental scenarios.
metal seated up to 450°C - For applications demanding high temperatures, our metal-seated variant is your ideal choice. Designed to excel seamlessly up to 450°C, it offers robust and reliable performance under extreme conditions.
