Steam and Power Generation
Cast steel, forged steel, pressure seal and globe control valves for steam, condensate, boiler feedwater, cooling water, auxiliary systems and power plant flow regulation.
All Globe Valves
Loading products
MacoTango Globe Valve Manufacturer
MacoTango Valve supplies industrial globe valves for precise flow regulation, throttling service, shutoff and pressure control in steam, oil & gas, chemical processing, power generation, water treatment, HVAC and general industrial pipelines. Globe valves use a linear-motion stem, disc and seat design to adjust flow more accurately than many on-off valves, making them suitable for services where controlled pressure drop, frequent adjustment or dependable sealing is required. Choose from straight pattern globe valves, Y pattern globe valves, angle globe valves, bellows seal globe valves, cast steel globe valves, forged steel globe valves, stainless steel globe valves, globe control valves, flanged, threaded, socket weld, butt weld, manual, gear operated, pneumatic and electric globe valve configurations.
Send us your valve size, pressure class, working temperature, media, required flow rate or Cv, pressure drop, end connection, body and trim material, seat design, operation method, actuator requirement, and project standards. Our engineers will help match project-specific globe valve options for your service conditions.
Find the right globe valve series for throttling, flow regulation, pressure control and dependable shutoff in industrial pipelines. Compare straight pattern globe valves, Y pattern globe valves, angle globe valves, bellows seal globe valves, forged steel globe valves, stainless steel globe valves, pneumatic globe valves, electric globe valves and globe control valves for steam, water, oil, gas, chemical, power generation and process applications.
Use this section to confirm whether the globe valve series matches your throttling, flow regulation, shutoff or pressure control duty before requesting a quote. MacoTango can help select globe valve type, body pattern, Cv requirement, pressure drop, trim material, end connection, operation method and applicable standards according to your working conditions.
| Parameter | Common Options |
|---|---|
| Valve Types | Straight pattern globe valves, T-pattern globe valves, Y pattern globe valves, angle globe valves, bellows seal globe valves, cast steel globe valves, forged steel globe valves, stainless steel globe valves and globe control valves. |
| Flow and Sizing Data | DN/NPS size, required flow rate, Cv value, pressure drop, inlet and outlet pressure, flow direction, minimum and maximum flow condition, throttling range and shutoff requirement can be reviewed for correct globe valve sizing. |
| Body Materials | Cast iron, ductile iron, carbon steel, cast steel WCB, forged steel A105, low temperature steel, stainless steel 304/316, CF8/CF8M and alloy steel options according to media, pressure, temperature and corrosion risk. |
| Disc, Seat and Trim | Plug disc, flat disc, needle disc, parabolic plug, cage guided trim, stainless steel trim, 13Cr trim, Stellite hardfaced trim, soft sealing and project-specific seat options according to leakage class, erosion risk and control accuracy. |
| Bonnet and Sealing Design | Bolted bonnet, welded bonnet, pressure seal bonnet, OS&Y design, rising stem, bellows seal, graphite packing, PTFE packing and low-emission packing options can be reviewed for steam, thermal oil, toxic media or fugitive emission control. |
| End Connections | Flanged RF, flanged RTJ, threaded NPT/BSP, socket weld, butt weld and customized end connections according to ASME B16.5, ASME B16.11, ASME B16.25, DIN, EN, JIS or project piping standards. |
| Operation | Handwheel, gear operated, chain wheel, pneumatic actuator, electric actuator, positioner, limit switch, solenoid valve and self-operated control options for manual isolation, modulating control or automated process systems. |
| Standards | Manufactured to selected international or project standards such as API 623, API 602, API 598, ASME B16.34, ASME B16.10, ASME B16.5, ASME B16.25, ISO 5208, EN 12266, EN 13709, DIN, JIS, GB and CE requirements, depending on valve model and order specification. |
| Applications | Steam, condensate, boiler feedwater, thermal oil, oil and gas, chemical processing, power generation, water treatment, HVAC, cooling water, process utilities and industrial pipelines requiring throttling, flow regulation or reliable shutoff. |
| Documentation | General arrangement drawings, datasheets, Cv or flow data, pressure-temperature ratings, material certificates, inspection records, hydrostatic test reports, seat leakage test reports, actuator documents and technical files can be supplied for project approval. |
For accurate globe valve selection, please send your working medium, pipe size, pressure class, inlet and outlet pressure, flow rate or Cv requirement, pressure drop, working temperature, body material, trim and seat material, end connection, operation method, leakage class and required standards or certificates.
Globe valve selection should start with the actual throttling, flow regulation, shutoff or pressure control duty, not only pipe size. Media, pressure class, working temperature, Cv requirement, pressure drop, body pattern, trim design, sealing method, end connection, operation method and project standards all affect the final globe valve configuration.
Start with the medium, flow direction and service purpose. Steam, condensate, boiler feedwater, thermal oil, water, gas, chemical liquid, oxygen service and corrosive fluids may require different globe valve materials, trim choices, packing designs and leakage requirements. Globe valves are commonly reviewed when the pipeline needs reliable shutoff plus more accurate throttling than a general on-off valve.
Explore Product
Confirm the working pressure, pressure class, inlet and outlet pressure, operating temperature, required flow rate, Cv value and expected pressure drop before selecting a globe valve. For modulating service, also check minimum and maximum flow, cavitation or flashing risk, noise limit and shutoff class so the valve is not oversized or undersized for real operating conditions.
Explore Product
Match the globe valve structure to the pipeline layout and flow requirement. Straight pattern or T-pattern globe valves suit general throttling and shutoff duties, Y pattern globe valves can help reduce flow resistance in higher-pressure service, angle globe valves change flow direction in compact piping, and bellows seal globe valves are reviewed for steam, thermal oil, toxic media or fugitive emission control.
Explore Product
Body material, disc design, seat surface, stem material and packing should be matched to corrosion, erosion, temperature, pressure drop and leakage class. Cast steel WCB, forged steel A105, stainless steel 304 or 316, alloy steel, 13Cr trim, stainless steel trim, Stellite hardfaced trim, graphite packing, PTFE packing and bellows seal options can be reviewed according to the project specification.
Explore Product
Confirm the end connection, actuator requirement and inspection documents before quotation. Globe valves can be supplied with flanged, threaded, socket weld or butt weld ends, and operated by handwheel, gear, pneumatic actuator, electric actuator or control accessories. For project orders, confirm API 623, API 602, API 598, ASME B16.34, ASME B16.5, ASME B16.10, EN, DIN, JIS or customer standard requirements.
Explore Product
An industrial globe valve is a linear-motion valve used to start, stop and regulate flow in a pipeline. A handwheel, gear operator or actuator moves the stem up and down, lifting or lowering the disc or plug against a stationary seat ring. When the disc lifts, media passes through the controlled opening. When the disc moves toward the seat, the valve can throttle flow or shut off the line. This design gives globe valves strong flow regulation performance for steam, water, oil, gas, chemical, power and process service, although the directional flow path creates higher pressure drop than straight-through valves.
Linear Stem Movement: The handwheel, gear, pneumatic actuator or electric actuator moves the stem and disc vertically through controlled linear travel.
Controlled Open Position: As the disc lifts away from the seat, the opening area increases and the valve can regulate flow according to travel, Cv and pressure drop.
Closed Sealing Position: When the disc or plug presses against the seat ring, the flow path is blocked for dependable pipeline shutoff.
Body Pattern Matching: Straight pattern, T-pattern, Y pattern, angle, bellows seal, cast steel, forged steel and globe control valves are selected by service duty.
Manual or Automated Service: Globe valves can support handwheel operation, geared operation, pneumatic control, electric control and automated process regulation.
Globe valves are widely selected for throttling, flow regulation and pressure control because disc travel can be adjusted through the valve stroke.
Flow rate, Cv value, inlet pressure, outlet pressure and pressure drop can be reviewed to avoid oversized or undersized globe valve selection.
Available options include straight pattern globe valves, Y pattern globe valves, angle globe valves, bellows seal globe valves and globe control valves.
Handwheel, gear, pneumatic actuator, electric actuator, positioner and control accessories can support local operation or automated plant systems.
Plug disc, needle disc, parabolic plug, cage guided trim, stainless steel trim, 13Cr trim and Stellite hardfaced trim can be reviewed by service condition.
Cast steel, forged steel, carbon steel, stainless steel, alloy steel, graphite packing, PTFE packing and bellows seal options can match media and temperature.
Globe valve configurations can be reviewed according to API 623, API 602, API 598, ASME B16.34, EN, DIN, JIS and project specifications.
Drawings, datasheets, Cv or flow data, certificates, inspection records and test reports can support globe valve approval and purchasing work.
Globe valves are widely used when industrial buyers need accurate throttling, flow regulation, pressure control and dependable shutoff in process pipelines. MacoTango supports application matching by media, pressure class, temperature, Cv requirement, pressure drop, body pattern, trim material, end connection and actuation mode.
Cast steel, forged steel, pressure seal and globe control valves for steam, condensate, boiler feedwater, cooling water, auxiliary systems and power plant flow regulation.
Stainless steel, alloy, PTFE lined, bellows seal and globe control valve options for acids, alkalis, solvents, dosing lines, corrosive media and process chemicals.
Globe valves for refinery utilities, fuel gas, fuel oil, hydrocarbon processing, pressure letdown, flow control loops and high-temperature oil and gas service.
Manual and actuated globe valves for clean water, wastewater, filtration systems, pump bypass lines, cooling water, industrial utilities and controlled flow service.
Globe valves for chilled water, heating water, steam heating, district energy, thermal oil, hydronic balancing and building utility control loops.
Pneumatic and electric globe control valves with actuators, positioners and control accessories for modulating flow, pressure, temperature and level control.
MacoTango Valve has more than 25 years of valve manufacturing experience and supports industrial globe valve projects with material traceability, dimensional inspection, hydrostatic shell testing, seat leakage testing, trim and packing checks, actuator function inspection and pre-shipment quality records according to customer and project requirements.
ISO 9001, ISO 14001 and CE certified manufacturer, with company qualification files, certificate copies and project compliance documents available for review when required.
Globe valve configurations can be reviewed according to API 623, API 602, API 598, ASME B16.34, ASME B16.10, ASME B16.5, ASME B16.25, ISO 5208, EN 12266, EN 13709, DIN, JIS, GB and project specifications.
Shell pressure testing, seat leakage testing, backseat testing, visual inspection, dimensional inspection, flow direction checks, actuator function testing and optional PMI, MT, PT, UT or third-party inspection can be arranged before shipment.
General arrangement drawings, datasheets, Cv or flow data, pressure-temperature ratings, material certificates, inspection reports, leakage test records and actuator documents can support project approval and purchasing work.
Export support for customers in more than 20 countries, including document coordination, nameplate and marking confirmation, packaging support, inspection photos and technical communication for globe valve projects.
Contact our team for globe valve drawings, datasheets, material certificates, Cv data, pressure test reports, seat leakage records, inspection photos, packing details and technical files for your order.
Tell us your working conditions and project requirements. Our team will help you compare suitable globe valve types, body patterns, trim materials, sealing designs, operation methods and project standards before quotation.
Quick answers for industrial buyers comparing globe valve types, throttling service, Cv requirements, pressure drop, bellows seal options, actuators and quotation details.
A globe valve is used to start, stop and regulate flow in a pipeline. It is commonly selected for throttling, flow regulation, pressure control and dependable shutoff in steam, water, oil, gas, chemical, power generation and process utility systems.
Globe valves use linear stem travel to move a disc or plug toward a stationary seat. This lets the valve opening change gradually, making it easier to control flow rate, Cv and pressure drop than many simple on-off valve designs.
A globe valve is normally reviewed for throttling and controlled flow service. A gate valve is usually reviewed for full-open or full-closed isolation where low flow resistance is important. Final selection depends on pressure drop, control accuracy, media and installation conditions.
Straight pattern and T-pattern globe valves are used for general shutoff and regulation, Y pattern globe valves can reduce flow resistance in higher-pressure service, angle globe valves suit compact piping turns, and globe control valves support modulating process control.
A bellows seal globe valve is usually reviewed for steam, thermal oil, toxic media, volatile chemicals or services where fugitive emission control and stem leakage reduction are important. Material selection still depends on media, temperature, pressure and cycling frequency.
Yes. Globe valves can be supplied with pneumatic actuators, electric actuators, positioners, limit switches, solenoid valves and other control accessories for remote operation, modulating control and plant automation systems.
Common globe valve standards include API 623 for steel globe valves, API 602 for compact forged steel valves, API 598 for valve inspection and testing, and ASME B16.34 for pressure-temperature requirements. EN, DIN, JIS, ISO 5208 and EN 12266 can also be reviewed by project requirement.
Please provide valve type, size, pressure class, temperature, media, flow rate or Cv, inlet and outlet pressure, pressure drop, body and trim material, end connection, operation method, leakage class, quantity and any required standards, certificates or test reports.
© MacoTango Valve Group. All Rights Reserved.