Globe Valve

Designed for dependable flow regulation and positive shut-off, the Globe Valve is engineered to provide precise control of process media across a broad range of industrial piping systems. Its linear stem movement and disc-to-seat configuration allow the valve to progressively adjust flow, making it particularly effective where accurate throttling is required. The robust body and replaceable internal trim provide flexibility for different pressure, temperature, and media conditions.

The Globe Valve is suitable for applications in chemical processing, petrochemical, oil & gas, power generation, water treatment, steam systems, and general industrial services. Available in a variety of body, trim, and end-connection configurations, it provides a practical solution for both flow control and isolation duties.

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Technical Specifications

Product description:	Globe Valve
Model:	J41H-Globe Valve
Nominal diameter:	NPS 2”～24”
Operating temperature:	-29℃～593℃(the range of service temperature may vary for different materials)
Nominal pressure:	CLASS 150～2500
Material:	Main material: A216 WCB、WCC; A217 WC6、WC9、C5、C12、C12A、CA15; A351 CF8、CF8M、CF3、CF3M、CF8C、CN3MN、CK3MCUN、CN7M;A352 LCB、LCC; A494 CW-6MC、CU5MCuC、M35-1; A890 4A(CD3MN)、5A(CE3MN)、6A(CD3MWCuN); ASME B 148 C95800、C95500, etc.
Design standard:	BS 1873 、ASME B16.34、GB/T 12235、GB/T 12224
Structural length:	ASME B16.10、GB/T 12221
Connecting end:	ASME B16.5、ASME B16.25、GB/T 9113、GB/T 12224
Test standard:	API 598、ISO 5208、GB/T 26480、GB/T 13927
Operation method:	Elevating hand wheel, non-elevating hand wheel, bevel gear, motor drive unit, pneumatic drive unit
Application fields:	For application in fields such as electric power industry, petroleum refining, petrochemical engineering, offshore oil, tap water engineering in urban construction, chemical engineering, etc.

Features & Benefits

Ideal for accurate throttling and dependable shutoff in critical process applications.

Precise Flow Regulation

The linear movement of the disc enables gradual adjustment of flow, making the valve suitable for throttling applications.

Positive Shut-Off

Disc and seat engagement provides effective isolation when the valve is fully closed.

Controlled Flow Characteristics

The internal passage and trim geometry can be optimized for stable and predictable flow behavior.

Versatile Trim Selection

Different trim materials and configurations can be selected according to pressure, temperature, erosion, corrosion, and media requirements.

Wide Pressure & Temperature Range

Available in configurations suitable for low- to high-pressure and ambient to elevated-temperature services.

Durable Pressure Boundary

Valve body designs are engineered to withstand the mechanical and thermal loads associated with industrial process systems.

Maintenance-Friendly Trim

Internal seating and trim components can be inspected, serviced, or replaced during scheduled maintenance.

Multiple End Connections

Available with flanged, threaded, socket-weld, or butt-weld ends according to pipeline and installation requirements.

Manual or Automated Operation

Can be equipped with handwheels, gear operators, pneumatic actuators, or electric actuators for different control requirements.

Broad Industrial Application

Suitable for steam, water, oil, gas, chemical fluids, and other process media across petrochemical, power, chemical, and general industrial systems.

Application Scenario

Chemical Industry

Ball valves, butterfly valves, gate valves, globe valves, check valves, and control valves ensure safe fluid isolation, precise process control, and reliable operation in demanding chemical processing applications.

Oil Industry

Engineered for reliable isolation, flow regulation, and backflow prevention, our valve solutions support upstream, midstream, and downstream oil production and refining operations.

Natural Gas

Providing leak-tight sealing, dependable flow control, and safe pipeline operation for natural gas transmission, storage, LNG, and distribution systems.

Metallurgy

Built to withstand high temperatures, abrasive media, and harsh operating conditions in steelmaking, smelting, and metallurgical processing.

Power Generation

Ensuring reliable isolation, accurate flow control, and long-term performance in steam, boiler, turbine, and power plant systems.

Pharmaceutical

Delivering hygienic, precise, and contamination-free flow control for pharmaceutical manufacturing and clean process applications.

Steel Industry

Designed for high-temperature, high-pressure, and severe-service conditions in iron making, steelmaking, rolling mills, and auxiliary process systems.

New Energy

Supporting hydrogen, LNG, carbon capture, battery materials, and renewable energy projects with advanced valve solutions for safe and efficient process control.