ANSI/JIS gate valve for reliable flow control and shut-off in industrial pipelines, Vcore valve

ANSI/JIS Gate Valve

ANSI/JIS Gate Valve

Size Range: DN50 – DN2000 (2” – 80”)

Pressure Rating: PN10 / PN16 / ANSI Class 150 / 300 / JIS 10K / 20K

Temperature Range: -20°C to +180°C (depending on material and sealing options)

Body Material: Cast Steel, Carbon Steel, Stainless Steel 304/316, Ductile Iron

Seat Material: Stainless Steel, Bronze, PTFE, or Metal Seals (for high-pressure conditions)

Gate Material: Stainless Steel 304/316, Ductile Iron with corrosion-resistant coating

Stem Material: Stainless Steel 304/316

End Connections: Flanged to ANSI B16.5, JIS B2220, EN 1092-2

Operation: Manual (Handwheel), Gear, Pneumatic, Electric Actuation

Testing: Shell Test: 1.5× rated pressure, Seat Test: 1.1× rated pressure per EN 12266 / API 598

Sealing Type: Soft-seal or Metal-seal (for high-pressure and high-temperature applications)
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ANSI/JIS Gate Valve

 

High-performance ANSI/JIS gate valve for industrial fluid regulation, Vcore valveProduct Description

The ANSI/JIS Gate Valve is a high-performance valve widely used in industrial pipelines, designed to meet ANSI or JIS standards. With years of design and manufacturing expertise from KEMUS Valves, this gate valve ensures exceptional sealing performance and durability, making it ideal for high-pressure, high-temperature, and demanding environments. Whether in the oil, gas, chemical, paper, or water supply industries, the ANSI/JIS Gate Valve provides the best solution for your system with its superior functionality and stable performance.

Key Features:

  • Precision Sealing: Manufactured with high-quality materials and precision machining, the sealing surfaces ensure perfect alignment, preventing leakage and ensuring long-lasting reliability.

  • Robust Construction: Made from high-strength cast steel or stainless steel, the valve body is rigorously quality-tested to ensure superior strength and corrosion resistance, allowing stable operation in harsh conditions.

  • Low Fluid Resistance: The valve’s straight-through design minimizes fluid resistance, improving flow efficiency and reducing energy loss.

  • Versatile Application: The ANSI/JIS Gate Valve is suitable for a wide range of operating conditions, capable of withstanding pressures from low to high, and temperatures from ambient to extremely high. It is widely used across various industries.

 

Technical Parameters

Parameter Specification
Model ANSI/JIS Gate Valve
Nominal Size 2″ – 24″
Nominal Pressure 150-2500LB
Operating Temperature -29°C – 400°C
Sealing Material PTFE, Rubber, etc.
Connection Type Flanged, Welded, Threaded
Actuation Manual, Electric, Pneumatic
Material Cast Steel, Stainless Steel, Aluminum Bronze, etc.

 

Main Dimensions & Weight (mm/kg)

Size (DN) L (mm) H (mm) W (mm) Weight (kg)
2″ 150 250 100 8
4″ 200 300 120 15
6″ 250 350 150 25
8″ 300 400 180 40
10″ 350 450 200 55
12″ 400 500 220 75
14″ 450 550 240 95
16″ 500 600 260 120
18″ 550 650 280 150
20″ 600 700 300 180
24″ 700 800 320 220

 

 Structure diagram of ANSI/JIS gate valve, illustrating internal components and flow control mechanism, Vcore valveFunctions and Benefits

  • On/Off Control: The primary function of the Gate Valve is to control the flow of fluid in the pipeline, either completely opening or closing the valve. By adjusting the position of the valve, it prevents fluid leakage and maintains system integrity.

  • Minimal Flow Resistance: Its streamlined design ensures reduced fluid resistance, optimizing flow rates and lowering energy consumption.

  • Reliable Performance: ANSI/JIS Gate Valves provide consistent, reliable performance under high-pressure and high-temperature conditions, making them the ideal choice for critical industrial applications.

 

 

ANSI/JIS gate valve used in industrial pipeline systems for efficient flow control and reliable shut-off, Vcore valveApplications
The ANSI/JIS Gate Valve is commonly used in various industries, including:

  • Oil & Gas: For controlling flow in pipelines, storage, and distribution systems.

  • Chemical Processing: To handle corrosive chemicals under high pressure and temperature.

  • Water Supply & Wastewater: Used in municipal and industrial water systems for reliable fluid flow control.

  • Power Generation: To manage steam and water in power plants and energy systems.

  • Mining & Metallurgy: For controlling flow in harsh environments with abrasive materials.

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