Trim features
V-type ball
Body type
Straight-through type
Bonnet type
Standard integral type
Flow characteristic
Approximately equal percentage
Size
DN15-300(1/2”-12”)
Pressure class
PN1.6, 4.0, 6.3Mpa(ANSI 150, 300, 600LB)
Leakage class
ASME B16.104 Ⅳ( metal seat), ASME B16.104 Ⅵ(soft seal seat)
Pipe connection type
Wafer type, flange type
Applicable temperature range
-30° ~ 550°
Actuator type
Pneumatic piston actuator, electric actuator, worm gear hand operating
Supply ability
10000 piece/pieces per month
Port
Wenzhou/shanghai
Payment terms
L/C, D/A, D/P, T/T
Features of Pneumatic Actuated V-Port Ball Valve
Every Pneumatic Actuated V-Port Ball Valve is designed to provide reliable performance and long service life. The straight-through valve body minimizes pressure loss while improving overall flow efficiency. Moreover, the standard integral bonnet enhances structural strength and supports stable long-term operation. Furthermore, the valve operates through a quarter-turn mechanism that provides fast response and dependable shut-off performance.
Materials and Construction
GMK manufactures industrial ball valves using premium materials to satisfy different operating requirements. High-quality components improve durability, reduce wear, and ensure reliable operation under demanding service conditions. In addition, multiple valve sizes are available to match different pipeline specifications and process requirements. Therefore, customers can select the most suitable configuration for their applications.
Operating Conditions
Our valves are designed for reliable operation across a wide operating temperature range. The working temperature extends from -30°C to 550°C, making the valve suitable for numerous industrial applications. Moreover, the robust construction maintains dependable sealing performance during continuous service. As a result, customers receive consistent operation with reduced maintenance requirements.
Benefits of Pneumatic Actuated V-Port Ball Valve
This valve provides outstanding flow control while maintaining stable sealing performance throughout continuous operation. The V-port design delivers a higher flow coefficient than many conventional control valves of similar size. Furthermore, the reduced operating torque allows the use of compact pneumatic actuators, lowering installation costs and improving automation efficiency. As a result, customers benefit from precise process control, dependable reliability, and lower operating expenses.