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
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.