Single Seated Globe Control Valve
Resistant
Sealing
Operation
Long Life
Alis Valves is a trusted Single Seated Globe Control Valve Manufacturer & Supplier in India, offering precision-engineered control valves for accurate flow, pressure, and temperature regulation in industrial process systems. Designed with a single-seat globe construction, these valves provide excellent shut-off performance, high control accuracy, low leakage, and reliable modulation, making them ideal for chemical processing, power generation, oil & gas, water treatment, pharmaceutical, food processing, and industrial automation applications.
Specifications
Size Range
DN15 to DN300 (½" to 12")
Body Material
Cast Iron, Cast Steel (WCB), SS304, SS316, SS316L
Seat Material
Metal Seat / Soft Seat (Application Dependent)
Actuation
Pneumatic, Electric
Temperature Range
-20°C to +450°C (Depending on Seat Material)
Design Standards
IEC 60534, ASME B16.34, ISA S75
Pressure Rating
PN16, PN25, PN40, PN64 / ANSI Class 150, 300 & 600
Trim Material
SS304, SS316, Hardened Stainless Steel
End Connection
Flanged, Threaded, Socket Weld, Butt Weld
Control Signal
4–20 mA, 0–10 V
Leakage Class
ANSI Class IV, V, VI (As Required)
Product Images
Frequently Ask Questions
A Single Seated Globe Control Valve is a linear-motion control valve with one primary seat and plug arrangement. It is designed for precise throttling and reliable shut-off of process fluids.
Alis Valves manufactures and supplies Single Seated Globe Control Valves for oil & gas, refinery, petrochemical, power generation, steam, chemical, water, thermal-fluid and other industrial process-control applications.
Yes. Single-seated globe valves are widely used for continuous modulating control of flow, pressure and temperature.
The main advantage is good shut-off capability and accurate flow control. The single-seat arrangement allows the plug to close against one seat, providing effective isolation when properly selected.
The actuator moves the valve stem and plug linearly. As the plug moves away from or toward the seat, the available flow area changes, allowing the control system to regulate flow.
