Low Temperature Ball Valve for Reliable Performance in Cryogenic Systems

Product Details
Media: Gas
Material: Stainless Steel
Connection Form: Flange
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Management System Certification
ISO 9001, ISO 9000, ISO 14001, ISO 14000, ISO 20000, OHSAS/ OHSMS 18001, IATF16949, HSE, ISO 14064, QC 080000, GMP, BSCI
  • Low Temperature Ball Valve for Reliable Performance in Cryogenic Systems
  • Low Temperature Ball Valve for Reliable Performance in Cryogenic Systems
  • Low Temperature Ball Valve for Reliable Performance in Cryogenic Systems
  • Low Temperature Ball Valve for Reliable Performance in Cryogenic Systems
  • Low Temperature Ball Valve for Reliable Performance in Cryogenic Systems
  • Low Temperature Ball Valve for Reliable Performance in Cryogenic Systems
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Basic Info.

Model NO.
1/2"~10"
Driving Mode
Manual
Nominal Pressure
PN1.0-32.0MPa
Channel
Straight Through Type
Structure
Floating Ball Valve
Type
Floating Ball Valve
Function
Flow Control
Temperature
High Temperature
Standard
ANSI,ASME ,API,DIN
Application
Industrial Usage
Transport Package
Poly Wood Case
Specification
1/2"~36"
Origin
China
HS Code
8431431000
Production Capacity
1000PCS/Month

Product Description

Design Features
Secure Line Flow Locking Device - Discover unmatched reliability and superior fluid control with our meticulously engineered locking device. Designed to ensure unwavering and continuous fluid flow, this advanced device fortifies your fluid management systems, delivering secure, dependable, and efficient operations.
Blow-out Proof Stem - Enhance your system's safety with our rigorously engineered blow-out proof stem. This cutting-edge feature is crafted to prevent any accidental fluid escape, safeguarding your operational integrity and elevating safety standards across your entire system.
Fire Safe Design - Embodying safety and engineering brilliance, our valve's fire-safe design is crafted to withstand potential fire hazards. This assurance provides unparalleled peace of mind by preserving your system's integrity even under high-risk fire conditions.
Anti-Static Design - Elevate safety with our pioneering anti-static design, expertly crafted to prevent static discharge. This critical feature secures operations and reduces the risk of unexpected disruptions, ensuring flawless and uninterrupted functionality.
Low Emission Design - Embrace environmental responsibility with our low emission design, meticulously engineered to significantly reduce pollutants. This feature exemplifies our dedication to sustainability, ensuring compliance with stringent environmental standards.
Over Pressure Self Relieving Seat Design - Effortlessly manage overpressure risks with our smartly engineered self-relieving seat. This feature adeptly maintains optimal pressure levels, ensuring safe and efficient operations while eliminating potential pressure-related issues.
IS05211 Mount Pad - Attain seamless system integration with our IS05211 Mount Pad, offering a robust foundation for easy compatibility and versatile mounting options, streamlining adaptation to diverse operational needs.
Flanges(RF/RTJ) according to ASME B16.5 - Achieve superior connectivity and compliance with industry standards through our flanges, precisely manufactured to ASME B16.5 specifications. They deliver reliable, high-performance connectivity essential for dynamic and demanding applications.
Designed all to ISO17292, BS5351, ASME B16.34 etc Fire safe design certification by: API6FA, API 607 - Our innovative design adheres to rigorous standards like ISO17292, BS5351, and ASME B16.34, complemented by fire-safe certifications from API6FA and API 607, ensuring unparalleled reliability and safety.
Can meet NACE MR 01-75 MR 01 -03 specification requirements - Our product is engineered to exceed the stringent requirements of NACE MR 01-75 and MR 01-03 specifications, promising exceptional performance, durability, and reliability in the harshest environments.
The applied temperature range: soft seated -46°C~200°C - Our soft-seated valve is engineered for versatile performance across varied conditions, efficiently operating between -46°C and 200°C, ensuring optimal function in diverse environmental settings.
metal seated up to 450°C - For high-temperature demands, our metal-seated variant is engineered to perform reliably up to 450°C, offering robust performance and resilience under extreme heat conditions.
Low Temperature Ball Valve for Reliable Performance in Cryogenic SystemsLow Temperature Ball Valve for Reliable Performance in Cryogenic SystemsLow Temperature Ball Valve for Reliable Performance in Cryogenic SystemsLow Temperature Ball Valve for Reliable Performance in Cryogenic SystemsLow Temperature Ball Valve for Reliable Performance in Cryogenic SystemsLow Temperature Ball Valve for Reliable Performance in Cryogenic SystemsLow Temperature Ball Valve for Reliable Performance in Cryogenic SystemsLow Temperature Ball Valve for Reliable Performance in Cryogenic Systems

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