0.25" Globe Valves, also known as DN08 Globe Valves, are compact yet highly effective flow control devices used in a wide range of precision applications. Despite their small size, these valves are engineered to provide reliable throttling and shut-off performance, making them an essential component in systems where accuracy and space constraints are key considerations.

The globe valve design features a movable disc-type element and a stationary ring seat in a generally spherical body. This structure allows for excellent control over fluid flow, particularly in low-flow applications. The 0.25" size is particularly suited for environments where even slight variations in pressure or flow can have significant downstream effects.

0.5" Globe Valves, also known as DN15 Globe Valves, are compact yet highly effective control valves used for precise flow regulation in smaller pipelines. Despite their size, these valves offer exceptional throttling capabilities and are commonly found in applications that demand accuracy, reliability, and durability. The globe valve design—with its linear motion, disc, and seat—makes it ideal for modulating flow rather than simply allowing or blocking it. This makes the 0.5" size especially useful in processes where maintaining a stable and controlled flow rate is essential.

You’ll often find 0.5" Globe Valves in steam systems, HVAC units, laboratory setups, pilot plants, and compact process skids. These valves are also used extensively in pharmaceutical and food & beverage industries, where precise fluid control in smaller lines is crucial for product quality and consistency. In addition, they are frequently installed in chemical dosing systems, heating loops, and clean water processing lines. Their ability to provide fine control and resist wear makes them an excellent choice for both manual and actuated systems operating under moderate pressure and temperature conditions.

0.75" Globe Valves, also known as DN20 Globe Valves, are compact yet powerful flow control devices used across a wide range of industries. Designed for precision, these valves excel in throttling and regulating flow, making them ideal for systems that demand accurate control over pressure and volume. Their construction typically includes a spherical body and a movable plug or disc that regulates the flow through an internal seat, allowing for smooth and incremental adjustments. This makes them highly suitable for applications where fine-tuned control is more important than full-flow efficiency.

Due to their manageable size and effective flow characteristics, 0.75" Globe Valves are commonly used in medium-pressure pipelines and systems that handle steam, water, air, and various gases or liquids. You’ll often find these valves in HVAC systems, industrial boiler loops, steam lines, laboratory process systems, and pilot plants. They're also popular in the pharmaceutical and food & beverage industries where clean and controlled flow is essential.

1" (DN25) Globe Valves are a popular choice for medium-flow control in industrial and commercial piping systems. Known for their precise throttling capabilities and compact size, these valves are widely used where accurate regulation of steam, gas, or liquid is essential. The globe valve's design, featuring a linear motion disk and seat, allows for fine control over flow rates, making them ideal for modulating duties as well as isolation.

Where You Might Find 1" Globe Valves:

• Steam lines in commercial buildings or boiler systems for regulating temperature and pressure

• Chemical processing plants requiring accurate control of fluids and vapours

• Pharmaceutical and food industries, particularly where hygienic, stainless steel variants are needed

1.25" Globe Valves, also known as DN32 Globe Valves, are a crucial component in fluid control systems that demand precise throttling and reliable shut-off. Designed for mid-range pipework, these valves are commonly used in systems where accurate flow regulation is essential. 

Common Applications for 1.25" Globe Valves:

• Steam Systems: Used for regulating steam flow to maintain safe and efficient heat transfer processes in boiler systems, heat exchangers, and condensate lines.

• HVAC Systems: Commonly installed in heating and cooling lines for flow balancing and temperature regulation across buildings or industrial plants.

• Chemical Processing: Used where precise control of aggressive fluids is required, thanks to their ability to be manufactured in corrosion-resistant alloys.

1.5" (DN40) Globe Valves are widely used in a variety of process control and fluid handling systems where precision flow regulation is required. These valves offer reliable throttling capabilities and tight shutoff, making them ideal for both modulating and on/off applications. Their design incorporates a movable disk-type element and a stationary ring seat in a generally spherical body, which allows for more accurate control over flow rate compared to other valve types.

Constructed from robust materials such as stainless steel, cast steel, and bronze, 1.5" Globe Valves are suitable for high-pressure and high-temperature environments. They can handle a wide range of media, including steam, water, thermal oil, and non-corrosive gases. Thanks to their design, these valves are often favoured where flow regulation is more critical than simple open/close functionality.

2" Globe Valves, also known as DN50 Globe Valves, are a popular choice for medium-duty flow control across a wide range of industrial systems. These valves are specifically designed to regulate the flow of steam, gases, and liquids by utilizing a movable disc that seats against a stationary ring. The linear motion of the valve stem allows for precise throttling, making globe valves particularly effective in applications where accurate flow adjustment is crucial.

The 2" size strikes a balance between compactness and capacity, offering a robust solution for systems that require moderate flow rates without sacrificing control. Constructed from materials such as stainless steel, cast steel, or ductile iron, these valves can withstand high pressures and temperatures, especially in demanding environments such as steam systems. Many models also include features like bellows sealing or gland packing to enhance safety and leak protection.

2.5" Globe Valves are commonly fitted with rising stems and handwheels or can be automated with pneumatic or electric actuators for more complex control setups. Whether you're managing pressure drops, controlling steam flow, or isolating sections of a fluid system, this valve size delivers reliability and fine-tuned performance in critical operations.

You’ll often find 2.5" (DN65) Globe Valves installed in:

• Steam and condensate systems in manufacturing plants or boiler houses

• Heating and HVAC systems where temperature and flow control is vital

• Process lines in chemical, petrochemical, and pharmaceutical industries

• Water treatment facilities for controlling clean or wastewater streams

Typically constructed from materials such as cast steel, stainless steel, or nodular iron, 3" Globe Valves offer strong resistance to temperature and pressure variations. This size is often used in settings where the line pressure and flow demand are too high for smaller valves, but full-scale heavy-duty valves (e.g. 6" and above) are not required. Bellows sealed or gland packed designs may be chosen depending on the application, with options for manual, pneumatic, or electric actuation available.

Where You Might Find 3" Globe Valves

• Steam distribution systems in commercial buildings and industrial plants

• Boiler feedwater systems for pressure control and modulation

• Oil and gas pipelines where safe throttling and isolation are required

4" (DN100) Globe Valves are a common choice in industrial systems that require reliable and precise flow regulation. With their linear motion design and excellent throttling capabilities, these valves offer a dependable solution for isolating or controlling medium to high-pressure flow. The 4" size is particularly suited for mid-to-large-scale systems where balanced flow control is crucial without compromising system efficiency or safety.

Typically constructed from robust materials like cast steel, stainless steel, or bronze, 4" Globe Valves are engineered to handle a wide range of process media, including steam, water, oil, gas, and chemical substances. Their internal disc and seat design ensures tight shut-off and low leakage rates, making them ideal for both modulating and on/off service.

Manufactured in cast steel, stainless steel, or ductile iron, DN125 Globe Valves are commonly available in flanged configurations to ensure secure, leak-tight connections in heavy-duty systems. Their design supports excellent shut-off capabilities and reduced seat wear compared to other valve types, particularly in applications where pressure drop is not a significant concern.

You’ll typically find 5" Globe Valves in a variety of demanding environments including:

• Steam distribution systems where safe and accurate pressure regulation is required

• Power generation plants, controlling feedwater, steam, or condensate lines

• Petrochemical and refinery operations, managing high-temperature media or chemical flow

• Water treatment facilities, used in flow isolation or regulation of process lines

These valves typically feature a robust body construction in materials such as cast steel, stainless steel, or ductile iron, depending on the media and application. Inside, a disc moves perpendicular to the flow path, allowing for smooth modulation and minimal pressure drop. Options such as bellows sealing, gland packing, and flanged or butt weld end connections make them adaptable to various industrial requirements. Manual handwheel operation is common, but these valves can also be fitted with electric or pneumatic actuators for automated flow regulation.

Where You May Find 6" Globe Valves

6" Globe Valves are commonly found in large-scale systems that demand both precise flow control and durable performance under challenging conditions. Common applications include:

• Steam Distribution Networks – controlling flow and pressure in high-temperature steam lines

• Power Plants – especially in boiler feedwater and turbine bypass lines

• District Heating Systems – for regulating thermal energy transfer

8" (DN200) Globe Valves are engineered for precise and reliable flow regulation in large-diameter pipeline systems. With their linear motion design and throttling capabilities, these valves offer a high degree of control over flow rate and pressure, making them a trusted choice for demanding industrial environments. Their construction typically features robust materials such as cast steel, stainless steel, or ductile iron to withstand high pressure, elevated temperatures, and corrosive media.

The primary function of an 8" Globe Valve is to regulate the flow of steam, water, gas, or process fluids by controlling the position of a movable disc in relation to a stationary seat. This design allows for fine-tuned adjustments and minimal leakage when shut. The larger bore size of DN200 valves makes them suitable for high-capacity systems where both precision and durability are crucial.

The body materials of these valves vary based on the media and application, typically ranging from cast steel and stainless steel to exotic alloys for highly corrosive environments. Many 10" globe valves are also offered with flanged PN40 or ANSI 150/300 connections, ensuring compatibility with international pipeline standards. Options such as bellows sealing, positioners, and pressure balancing are available for specialist requirements like steam and high-temperature systems.

Where You’ll Commonly Find 10" Globe Valves:

10" Globe Valves are widely used in industries that demand large volume flow control with a need for precision and reliability. Typical sectors include:

• Power Generation: Used to regulate steam flow in turbines, condensate lines, and boiler systems.

• Petrochemical and Oil & Gas: Deployed in process lines where accurate control of hot or volatile fluids is crucial.

• District Heating and Cooling: Utilised to balance water and steam distribution in energy-efficient thermal networks.

Manufcatured from materials such as cast steel or stainless steel, 12" Globe Valves are built to withstand harsh environments and aggressive media. Options may include bellows sealing for leak-free performance in steam systems or gland packing for general industrial use. These valves often feature flanged ends (e.g., PN40 or ANSI 300) to ensure a secure and reliable pipeline connection, with manual, electric, or pneumatic actuation available depending on system requirements.

Where You May Find 12" (DN300) Globe Valves:

• Power Plants: Used for controlling high-pressure steam and cooling water flow within turbine and boiler systems.

• District Heating & Energy Networks: Regulating steam and hot water in large-scale heating applications.

• Petrochemical Plants: Managing flow of process fluids, condensate, and steam across processing units.

• Water Treatment Facilities: For flow control of raw, treated, and recycled water within large-diameter pipeline systems.

Large size globe valves—typically ranging from 14" and beyond—are designed for high-capacity flow control in demanding industrial systems. These valves offer excellent throttling capabilities, making them ideal for applications that require precise modulation of flow rate, pressure, or temperature. Constructed from durable materials such as cast steel, stainless steel, and other corrosion-resistant alloys, large globe valves are engineered to withstand high pressures, extreme temperatures, and aggressive media.

You’ll commonly find large globe valves in power plants, chemical processing facilities, oil and gas refineries, and large-scale water treatment plants. In these environments, they’re typically installed in steam lines, condensate systems, boiler feedwater control, high-pressure fluid distribution systems, and cooling circuits. Their ability to fine-tune flow makes them especially valuable in systems where operational precision and safety are critical.