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 - Experience the pinnacle of reliability and fluid control with our state-of-the-art locking device. Specifically engineered to ensure a steadfast and uninterrupted fluid flow, this device fortifies your fluid management systems, providing a secure and dependable operation.
Blow-out Proof Stem - Elevate your operational safety with our robust blow-out proof stem. This advanced feature is meticulously designed to prevent any unexpected fluid escape, thereby protecting your operations and enhancing safety across your systems.
Fire Safe Design - Our valve is a testament to safety and engineering excellence with its fire-safe design. Carefully crafted to withstand potential fire threats, it offers unparalleled peace of mind by maintaining the integrity of your system under high-risk conditions.
Anti-Static Design - Prioritize safety with our innovative anti-static design. Expertly manufactured to avert static discharge, this feature secures your operations and minimizes the risk of unexpected interruptions, ensuring seamless functionality.
Low Emission Design - Commit to environmental stewardship with our low emission design, which is crafted to significantly reduce pollutants. This feature ensures compliance with rigorous environmental standards, epitomizing our dedication to sustainable practices.
Over Pressure Self Relieving Seat Design - Mitigate overpressure risks with our intelligently designed self-relieving seat. This feature adeptly maintains optimal pressure, ensuring safe and efficient operation of your systems, eliminating potential pressure-related concerns.
IS05211 Mount Pad - Achieve seamless system integration with our IS05211 Mount Pad. It provides a solid foundation for easy compatibility and versatile mounting options, facilitating effortless adaptation to varied operational requirements.
Flanges(RF/RTJ) according to ASME B16.5 - Ensure excellence in connectivity and adherence to industry standards with our flanges. Manufactured in strict accordance with ASME B16.5 specifications, they deliver reliable, high-performance connectivity essential for dynamic applications.
The applied temperature range: soft seated -46°C~200°C - Our soft-seated valve is built to perform under a wide range of conditions, efficiently operating from -46°C to 200°C. This adaptability ensures optimal functionality across diverse environmental scenarios.
metal seated up to 450°C - For high-temperature applications, our metal-seated variant is the ideal solution. It is engineered to operate seamlessly up to 450°C, providing robust and reliable performance under extreme conditions.
Secure Line Flow Locking Device - Experience the pinnacle of reliability and fluid control with our state-of-the-art locking device. Specifically engineered to ensure a steadfast and uninterrupted fluid flow, this device fortifies your fluid management systems, providing a secure and dependable operation.
Blow-out Proof Stem - Elevate your operational safety with our robust blow-out proof stem. This advanced feature is meticulously designed to prevent any unexpected fluid escape, thereby protecting your operations and enhancing safety across your systems.
Fire Safe Design - Our valve is a testament to safety and engineering excellence with its fire-safe design. Carefully crafted to withstand potential fire threats, it offers unparalleled peace of mind by maintaining the integrity of your system under high-risk conditions.
Anti-Static Design - Prioritize safety with our innovative anti-static design. Expertly manufactured to avert static discharge, this feature secures your operations and minimizes the risk of unexpected interruptions, ensuring seamless functionality.
Low Emission Design - Commit to environmental stewardship with our low emission design, which is crafted to significantly reduce pollutants. This feature ensures compliance with rigorous environmental standards, epitomizing our dedication to sustainable practices.
Over Pressure Self Relieving Seat Design - Mitigate overpressure risks with our intelligently designed self-relieving seat. This feature adeptly maintains optimal pressure, ensuring safe and efficient operation of your systems, eliminating potential pressure-related concerns.
IS05211 Mount Pad - Achieve seamless system integration with our IS05211 Mount Pad. It provides a solid foundation for easy compatibility and versatile mounting options, facilitating effortless adaptation to varied operational requirements.
Flanges(RF/RTJ) according to ASME B16.5 - Ensure excellence in connectivity and adherence to industry standards with our flanges. Manufactured in strict accordance with ASME B16.5 specifications, they deliver reliable, 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 innovative design is aligned with stringent standards such as ISO17292, BS5351, and ASME B16.34. Additionally, it boasts fire-safe certifications from API6FA and API 607, guaranteeing unmatched reliability and safety.
Can meet NACE MR 01-75 MR 01 -03 specification requirements - Our product is engineered to surpass the rigorous demands of NACE MR 01-75 and MR 01-03 specifications, assuring unparalleled performance, durability, and reliability in the most challenging environments.The applied temperature range: soft seated -46°C~200°C - Our soft-seated valve is built to perform under a wide range of conditions, efficiently operating from -46°C to 200°C. This adaptability ensures optimal functionality across diverse environmental scenarios.
metal seated up to 450°C - For high-temperature applications, our metal-seated variant is the ideal solution. It is engineered to operate seamlessly up to 450°C, providing robust and reliable performance under extreme conditions.
