Material: Carbon Steel
Size / Class:
Class: 150; Sizes: 2″ – 18″
Class: 300; Sizes: 2″ – 14″
Class: 2”: 8: / Class 600# to 2500# on request.
Design & Manufacturing Standards
Basic Design API 623
Wall Thickness API 623
Face-to-Face Dimension ANSI/ASME B16.10
Flange End Dimension ANSI/ASME B16.5
Butt-Weld End Dimension ANSI/ASME B16.25
Inspection & Testing API 598
Size: 1/’’ to 6’’ / DN15 to DN150
Pressure Rating: PN10/16 & ANSI Class 150# – 300#
End Connection: Flanged RF/RTJ
Flanges comply with BS4504.
Size: 1/2” to 12“(DN 15 to DN 300)
Pressure Rating: PN10/16
End Connection: Flanged FF/RF/RTJ
Specification & Standard:
Design standard: DIN 86251& MSS SP-85
Testing & Inspection: DIN 3202
Fact to Face: DIN 3202 F1 & ANSI B16.10
Flange End: DIN 2533 /2501
Flanges drilled to ANSI B16.1
How It Works
The valve uses a globe-shaped body with a movable disk or plug. The disk is raised or lowered via the stem to control fluid flow. The angle design minimizes turbulence and pressure drop, making it efficient for directional changes in piping systems
Specification & Standard:
Size: 1/2” to 10“(DN 15 to DN 250)
Pressure Rating: 16
Testing Standard: BS EN 12266 Part-1
Product Standard: BS 5152, BS EN 13789
Operating Temperature: Max. 220°C
Key Features
Design: Rising stem with Outside Screw & Yoke (OS&Y) for clear visual indication of valve position.
Material: Typically made from durable materials like ductile iron or stainless steel.
Pressure Rating: PN 16, suitable for medium-pressure applications.
Coating: Fusion-bonded epoxy for corrosion resistance.
Application
HVAC (Heating, Ventilation, and Air Conditioning): For regulating fluid flow in building services and air-conditioning systems.
Water Treatment and Supply: Used in water treatment plants, plumbing systems, and water supply networks.
Fire Protection Systems: Ensures reliable flow control in fire suppression systems.
Oil & Gas: Suitable for controlling the flow of oil, gas, and other fluids in pipelines.
General Industrial Applications: Found in manufacturing plants, chemical processing, and other industrial setups requiring accurate flow regulation.
How It Works
The valve uses a globe-shaped body with a movable disk or plug. The disk is raised or lowered via the stem to control fluid flow. The angle design minimizes turbulence and pressure drop, making it efficient for directional changes in piping systems
Specification & Standard:
Size: (DN 32 to DN 250)
JIS 20K
Testing Standard: JIS F7400
Material
Body: Ductile Iron
Bonnet: Ductile Iron
Stem: Stainless Steel / Brass
Disc : Stainless Steel / Brass
Body Seat : Stainless Steel / Brass
Gasket/Packing : Graphite
Application
- Seawater.
- Hot & Cold Water.
- Saturated Steam.
- Oil.
A globe valve is a type of flow control device that regulates the amount of flow in a system. Provides precise control over fluid flow and pressure regulation that cannot be achieved with other types of valve designs.
The valve is designed with a disk-shaped plug that slides into the body to open or close the flow passage.
Different Types of Globe Valve
Angle Globe Valves
Are typically mounted in-line and feature an angled design, allowing them to be installed in tight spaces where other valves would not fit.
Y-Pattern Globe Valve
Has two ports on either side, forming a “Y” pattern when viewed from above. They are often used in systems where precise control over fluid flow is necessary. They can also be used as shutoff or non-return devices combined with other components.
Tee Pattern Globe Valve
Are similar to Y-pattern globes but feature three ports instead of two, these valves form a “tee” shape when viewed from above, which allows them to be used in systems where more precise control over fluid flow is necessary.