| Availability: | |
|---|---|
| Quantity: | |
Main Features
Material and Structure
Valve Body and Disc: Made of high-quality titanium alloy, featuring excellent corrosion resistance, high-temperature resistance, and high strength, suitable for extreme working conditions.
Triple Eccentric Design: The unique triple eccentric structure (axial eccentricity, radial eccentricity, and conical sealing surface eccentricity) ensures that the disc has no frictional contact with the seat during opening and closing, significantly extending the valve service life.
Gear Operating Device: Equipped with a gearbox to provide mechanical advantage and reduce operating torque, especially suitable for large-diameter or high-torque valves, enabling more labor-saving and precise operation.
Sealing Performance
Metal-to-Metal Sealing: The sealing surface is made of high-performance alloy materials to ensure reliable sealing under high-temperature and high-pressure conditions.
Zero Leakage: The triple eccentric design and conical sealing surface ensure zero leakage when the valve is closed, suitable for occasions requiring high sealing performance.
Operational Performance
Gear Operation: Manual operation is achieved through the gearbox, suitable for large-diameter or high-torque valves, making operation more labor-saving.
Optional Actuators: Electric or pneumatic actuators can be optionally equipped to achieve automated control, meeting the needs of different working conditions.
Technical Specifications
Size Range: 2" to 60" (DN50 to DN1500), specific sizes can be selected according to requirements.
Pressure Class: PN20 to PN160 (150LB to 900LB).
Working Temperature: -196°C to 550°C.
Applicable Media: Water, steam, natural gas, oil, corrosive liquids.
Design and Manufacturing Standards: API 609, API 6D, ISO 5211.
Inspection and Testing Standards: API 598, ISO 10434.
Materials:
Valve Body: Titanium alloy.
Seat: High-performance alloy materials.
Stem: Stainless steel or titanium alloy.
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
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.
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.
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.
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.
The internal structure of a strainer directly affects filtration efficiency, pressure drop, maintenance, and service life. C95800 Y-Type Strainers are designed for applications where solid-particle removal and corrosion resistance are both important, particularly in marine, seawater, offshore, and industrial piping systems.
Learn design, material & pressure test requirements of Y‑type strainers under API 6D, API 598. Master key selection criteria for oil, gas & petrochemical projects to avoid pipeline equipment failure.
Based on ISO 10631, ISO 5752 international standards, this guide covers key selection points for wafer centerline resilient‑seated butterfly valves, including material, pressure rating, size, actuator type, helping engineers avoid piping system failures.
C95800 Check Valves are widely used in marine, seawater, offshore, shipbuilding, and industrial piping systems where corrosion resistance and reliable flow-direction control are important. C95800 Nickel Aluminum Bronze offers a practical material solution for demanding water-based environments.
The Flanged Triple Offset Butterfly Valve is widely used in large-diameter industrial pipelines where reliable shut-off, compact construction, and low operating friction are important.
Real‑factory shot of finished 3‑piece trunnion ball valves. Manufactured per API 6D & ASME B16.34. Worm‑gear operated flange‑end ball valves for oil‑gas, chemical high‑pressure pipeline. Customization & third‑party test available.
Process bellows globe valves eliminate stem leakage for petrochemical plants. Learn their advantages for high‑temp, toxic media and petrochemical engineering applications.
ASME B16.34 compliant 4‑inch Class150 C95800 aluminium bronze Y‑type strainer. Flange end, corrosion‑resistant for seawater, brine & marine process pipeline systems.
‑196℃ long stem cryogenic ball valve is engineered for LNG service to deliver reliable system isolation, complying with authoritative industry standards. It analyzes key selection criteria, structural advantages and LNG application scenarios of cryogenic ball valves.
DN250 PN25 WCB triple eccentric lug‑type butterfly valve for petrochemical, power plant and heating pipeline. Learn about ASME, API compliance, material specification and lug‑structure advantages.
Harsh Working Conditions Faced by Petrochemical PipelinesPetrochemical pipelines operate under complex service environments, carrying oil‑gas mixtures and process fluids with temperature variation, pressure fluctuation, high‑velocity medium erosion and thermal stress.Ordinary industrial valves tend
2‑inch Class 300 C95800 lug type dual plate wafer check valve. Made of UNS C95800 nickel‑aluminum bronze, seawater corrosion resistant for marine & offshore back‑flow prevention, compliant with API 594 & ASME B16.34 standards.
API & ASME compliant CF8M stainless steel swing check valve, Class150 flange swing check valve, precision‑assembled for petrochemical, water treatment pipeline backflow prevention.
J‑VALVES workshop real‑view for 2‑inch Class300 C95800 aluminum bronze gate valve. Comply with ASME B16.34 & ASTM B148, ideal for seawater, marine & brine service.