| Availability: | |
|---|---|
| Quantity: | |
1/2“-10”
J-VALVES
Main Features
Pressure Balanced Design: Through a unique pressure balancing mechanism, it effectively reduces operating torque, minimizes the impact of medium pressure on valve operation, and ensures smooth operation of the valve under high-pressure conditions.
High-Pressure Sealing Performance: The valve is designed to meet the requirements of the 1500LB pressure class, with excellent sealing performance, maintaining zero leakage even under high-pressure and high-flow conditions.
Bi-Directional Flow Capability: Supports bi-directional flow, offering greater flexibility in installation and use, suitable for various pipeline layouts.
Self-Cleaning Function: The metal edge design of the piston valve provides a self-cleaning function during rotation, effectively removing impurities from the medium and extending the valve's service life.
Multiple Material Options: The valve body and piston are available in various materials (such as carbon steel, stainless steel, etc.) to suit different media and working conditions.
Fire-Safe Design: Complies with API 607 fire safety standards, ensuring sealing performance is maintained even in extreme situations such as fires.
Compact Design: Features a compact structure with minimal installation space requirements, ideal for space-constrained applications.
Multiple Operation Methods: Can be equipped with manual, pneumatic, or electric actuators to meet different operational needs.
Technical Specifications
Nominal Diameter: 1/2" to 16" (DN15 to DN400)
Pressure Class: 150LB~1500LB
Applicable Media: Petroleum, natural gas, water, steam, acidic media, etc.
Applicable Temperature: -29°C to 180°C (varies depending on material and seal type)
Valve Body Material: Carbon steel (WCB), stainless steel (304, 316, etc.)
Piston Material: Carbon steel, stainless steel, carbide, etc.
Sealing Material: PTFE, metal seal, etc.
Design and Manufacturing Standards: API 6D, ANSI B16.34
Testing Standards: API 598, API 607
Connection Method: Flanged connection (ANSI B16.5 standard)
Application Fields
Oil & Gas Industry: Used in oil and gas transmission pipelines, natural gas processing plants, petroleum refineries, etc.
Chemical Industry: Suitable for chemical reaction systems, acid-base pipelines, etc.
Power Industry: Used in cooling water systems and steam systems of power plants.
Water Treatment Industry: Suitable for seawater desalination, municipal water supply systems, etc.
Food & Beverage Industry: Used in food processing, beverage production, etc.
Advantages
High Reliability: Undergoes strict quality inspection and factory testing to ensure the performance and reliability of each valve.
Easy Maintenance: Reasonable design facilitates disassembly and maintenance; no need to disassemble the entire pipeline system when replacing seals or repairing internal components.
High Safety Performance: Fire and anti-static design.
Wide Application Range: Suitable for various media and working conditions, meeting the needs of different industries.
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.
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.
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.