| Availability: | |
|---|---|
| Quantity: | |
J-VALVES-CV-2500
J-VALVES
8481804090
Product Features
Pressure-Sealed Bonnet Technology: The innovative pressure-sealed bonnet design dynamically enhances sealing performance using system pressure, eliminating the need for external seals or bolts. This reduces the leakage risk by 40% compared to traditional designs, complying with strict environmental regulations.
High-Temperature Performance: Made of ASTM A217 C12A steel, the valve body maintains 85% of its tensile strength at 500°C-30% higher than ordinary carbon steel. It is suitable for ultra-high-temperature steam systems, petrochemical high-temperature reaction effluent lines, and geothermal energy extraction.
Low-Maintenance Swing Disc Mechanism: The swing disc design minimizes mechanical wear by reducing contact points, enabling continuous operation for over 20 years without major repairs. Unlike lift-type check valves, this design requires no springs or guides, eliminating the risk of component failure.
Fire-Safe and Anti-static Design: Compliant with API 607 fire-safe standards, it uses graphite packing and stainless-steel anti-static devices to ensure zero leakage in emergencies and reduce ignition risks for flammable gases (e.g., LNG and propane).
Full-Port Flow Path Design: The straight-through flow path reduces pressure drop by 25% compared to traditional check valves, optimizing flow efficiency in high-velocity pipelines.
Modular Welded Installation: Butt-welded ends ensure seamless pipe connection, reducing installation time by 50% compared to flanged connections and eliminating flange misalignment issues.
Technical Parameters
Nominal Pressure: 150LB ~ 2500LB
Size Range: 1/2" ~ 24" (DN15 ~ DN600)
Operating Temperature: -196°C to 500°C
Applicable Media: Water, natural gas, oil, acidic liquids, etc.
Valve Body Material: C12A alloy steel
Disc Material: C12A alloy steel
Sealing Material: Graphite, PTFE
Connection Method: Butt Welding (BW)
Design Standards: API 6D, BS 1868
Inspection & Testing: API 598
Application Areas
This valve is suitable for various industrial sectors, including but not limited to:
Petroleum and Natural Gas: Fluid control in oil extraction, transportation, and refining
Chemical Industry: Handling corrosive chemicals to ensure system safety and stability
Power Industry: Ultra-high-temperature steam systems
Geothermal Energy Extraction: Control of high-temperature media
Installation and Maintenance
Installation: The valve is designed for easy installation, accompanied by clear instructions for seamless integration into existing pipeline systems. Following industry best practices is recommended to ensure proper alignment and fastening of connections.
Maintenance: Regular maintenance is crucial for optimal valve performance, including periodic checks of sealing elements, stem lubrication, and inspection for leaks or damage. While the pressure-sealed design reduces the frequency of major maintenance tasks, routine inspections are still necessary to detect potential issues early.
Why Choose Us
Quality Assurance: Our valves are manufactured to international quality standards and undergo rigorous testing to ensure each valve meets the highest quality and performance requirements.
Technical Support: We provide comprehensive technical support to customers. Our expert team is available to assist with installation, operation, and maintenance issues, and offers training programs to help optimize valve usage.
Customization Options: Understanding that different applications may have unique needs, we offer customization for special connection types, sizes, and coatings.
Inside a real trunnion mounted ball valve packing line: hydrostatic test, VCI moisture protection, IPPC crate marking, lifting points and TPI sign-off — plus the full shipping document checklist.
Dear valued customers, Celebrate our great nation’s birthday. The 2026 National Day is coming. We notify you of our holiday schedule for your order and project planning. Thanks for trusting valves from the J-VALVES Team. We specialize in fluid control, providing precision valves to guarantee stable
The Pneumatic Soft-Seated Plug Valve is a quarter-turn industrial valve designed for fast and reliable pipeline isolation. The valves shown in the image feature a compact plug valve body, flanged ends, soft-sealing structure, and pneumatic actuators, making them suitable for automated on/off service.
DN400 PN63 trunnion-mounted ball valve in 09G2S low-alloy steel: body pressure-temperature limits, GOST 9544 tightness classes, flange and design checks.
A practical guide to 12" 600LB A105 trunnion mounted ball valve design, materials, operating conditions, and industrial applications.
A 2x 1/2 in. Class 600 LF2 DBB ball valve for low-temperature service: what ASTM A350 LF2 covers, what limits the valve, and what to put in the RFQ.
Pup piece length on extended weld end ball valves is industry practice, not a standard. See how HAZ limits, ASME B16.25 bevels and B31.3 PWHT thresholds actually set the number.
Technical guide to triple offset flanged butterfly valves: offset geometry, API 609 Category B compliance, torque sizing, and the real causes of seat leakage and seizure.
What do Class 1500 and WCB actually mean?Class 1500 is a rating category, not a universal operating pressureIn industrial valve practice, 1500LB usually refers to Class 1500. It is a pressure class designation used within an applicable standards framework. It does not mean the valve is automatically
Learn where a 4" 150LB WCB swing check valve fits best in water, oil, steam, and general industrial piping, plus selection, limits, and installation tips.
Expert guide to gate valves in offshore oil & gas: API 600/6A/6D standards, seawater material selection, wedge vs slab designs, and platform isolation reliability for engineers.
Trunnion-mounted ball valves carry pipeline loads on bearings, cutting operating torque in large-bore service. Compare designs, seat sealing and API 6D selection criteria.
A practical look at manual plug valve assembly: seat lapping, plug alignment, torque control and pressure testing, and why hand fitting still governs sealing performance.
A 10000 PSI DBB ball valve combines dual balls, clamp ends and a reduced bore for verifiable double isolation. Here is how to specify one correctly.
A Dual Plate Wafer Check Valve is a compact non-return valve designed to prevent reverse flow in industrial piping systems. Its wafer-style body requires less installation space than many conventional flanged check valve designs, while the two spring-loaded plates provide responsive flow control.
CF8M Gate Valves are widely used in chemical processing, oil and gas, petrochemical, marine, water treatment, and other industrial piping systems where corrosion resistance and reliable isolation are important. The valves shown in the image are DN100 PN160 CF8M gate valves, featuring a stainless steel cast body, bolted bonnet, flanged ends, and handwheel operation.
J-VALVES offers complete API 599 plug valve packages. 10 inch 150LB UB6 flanged plug valve with pneumatic actuator, suitable for oil, gas and chemical services, reliable sealing for demanding industrial process.
J-Valves API 599 plug valves are engineered for petrochemical pipelines. Heavy-duty flange type, high temperature & pressure resistance, customized actuators for oil & gas service.
WCB Globe Valves are widely used for flow regulation and shut-off in oil and gas, petrochemical, power generation, water treatment, and industrial process piping. The valves shown in the image are large-diameter 16-inch, Class 150 WCB globe valves, featuring a robust cast-steel body, bolted bonnet, flanged ends, and an extended stem assembly.
WC6 Gate Valves are commonly used in high-temperature and high-pressure industrial piping systems, particularly in power generation, petrochemical plants, refineries, and steam service. The valves shown in the image feature a robust cast-steel construction with flanged ends, designed for demanding industrial pipeline applications.