| Availability: | |
|---|---|
| Quantity: | |
ANSI/JIS/DIN Standard High Pressure & Temperature Forged Globe Valve
Structural Features
Forging Process: Valve body & cover made of high-quality forged materials, with high strength, toughness & corrosion resistance. Forging makes structure more compact, reduces welded parts, & improves strength & sealing performance.
Sealing Performance: Valve sealing surfaces precisely machined & ground, combined with high-quality sealing materials, achieving good sealing & zero leakage under high-pressure & high-temperature. Some valves use carbide hardfacing tech to enhance wear & corrosion resistance.
Diverse Connection Methods: Multiple connection methods like flange, threaded, welding connections provided to meet different pipeline installation needs. Flange connections comply with ANSI B16.5, DIN & JIS standards for compatibility & sealing.
Flexible Operation: Usually equipped with manual handwheel for easy operation, enabling valve opening & closing as needed. For large-diameter or high-pressure valves, electric, pneumatic or gear transmission devices can be optionally equipped for remote control & automation.
High Temperature & Pressure Resistance: Valve's main materials & sealing structures are specially designed & treated to withstand high working pressure & temperature. Some models can be applied to conditions with pressure up to 2500 pounds class & temperature from -29°C to 425°C or higher.
Convenient Maintenance: Valve's structural design considers maintenance convenience. Detachable valve covers & seats are used for part replacement & repair. Some valves have online maintenance function for sealing packing replacement & adjustment without disassembly.
Technical Specifications
Size Range: 1/2” ~ 36” (DN15 ~ DN900)
Pressure Ratings:
ANSI: 150LB, 300LB, 600LB, 900LB, 1500LB, 2500LB
DIN: PN16, PN40, PN64, PN100, PN160, PN250
JIS: 10K, 16K, 20K, 30K, 40K
Working Temperature:
Carbon Steel: -29°C ~ 425°C
Stainless Steel: -196°C ~ 500°C
Applicable Media: Water, steam, natural gas, petroleum, corrosive liquids, etc.
Valve Body Material:
Carbon Steel: WCB
Stainless Steel: 304, 316, 304L, 316L
Valve Disc and Valve Seat Material: Stainless Steel (304, 316), Cemented Carbide (such as Stellite)
Connection Methods:
Flange Connection: ANSI B16.5, DIN EN 1092-1, JIS B2001
Welding Connection: Butt Welding (BW), Socket Welding (SW)
Threaded Connection: NPT (ANSI B1.20.1)
Operation Methods: Handwheel Operation, Pneumatic Actuator, Electric Actuator
Sealing Class: Complies with API 598 and ISO 5208 standards.
Application Scenarios
Petroleum and Natural Gas Industry: Used in oil and gas field exploitation, transmission pipelines, refineries, etc., to control the flow of oil and gas.
Chemical Industry: Suitable for transporting corrosive liquids such as acids and alkalis.
Power Industry: Used in the steam system, cooling water system, etc. of power plants.
Water Treatment Industry: Used to control media such as cooling water and hot water.
Shipbuilding and Marine Engineering: Used in the ballast water system, cooling water system, etc. of ships.
Advantages and Value
High Reliability: The forged materials and precise design ensure the long-term stable operation of the valve under high-pressure and high-temperature environments.
Precise Control: It can achieve precise flow regulation to meet the strict requirements in industrial production.
Low Maintenance Cost: With strong durability, it reduces the frequency of repair and replacement.
Customization Service: Customized solutions with different materials, sizes, and pressure ratings can be provided according to customer needs.
Explore DBB reduced-bore ball valve design, sealing logic, oil and gas applications, and checks for materials, end connections, ratings, and test records.
Explore welded cryogenic butterfly valve design, material selection, sealing considerations and LNG applications. Learn how J-VALVES supports industrial valve solutions for low-temperature service.
Cryogenic ball valve selection for LNG: body material limits (LC3 vs CF8M), PCTFE seat rebound, and MSS SP-134 extended bonnet length.
Learn how C63200 Y type strainers support debris removal in suitable industrial and marine systems. Explore filtration design, screen selection, pressure drop, and J-VALVES manufacturing capabilities.
Specify a 2-inch Class 300 C95800 aluminum bronze gate valve for machining shops with guidance on material, rating, design, selection, and service limits.
Explore C63200 threaded gate valve design, nickel aluminum bronze properties, threaded connections, and marine applications. Discover J-VALVES manufacturing and customization capabilities.
Explore welded cryogenic butterfly valve design, low-temperature materials, sealing technology, and LNG applications. Discover J-VALVES manufacturing capabilities and customized industrial valve solutions.
Where a 4x3" Class 900 A105N trunnion ball valve belongs — and the four duties where it does not. Thrust math, the -29C limit, seat types and failure modes.
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
A dual plate wafer check valve closes two half-discs on a central hinge pin, reaches about one quarter the face-to-face length of a swing check valve, and shuts in under 0.3 seconds. This guide covers the API 594 retainerless design, seven selection parameters, and the J-VALVES range from DN50 to DN1200 in Class 150 through 2500.
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.
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.