Description
Product type | Wafer Type V-port Ball Valve |
|---|---|
Model | VSQ72F/ VPSQ672F/ UPSQ972F |
Nominal diameter | NPS 1/2”~NPS 6” (DN15~DN200) |
Operating pressure | PN16~PN160, 150Lb~600Lb |
Body Material | WCB, CF8, CF8M, CF3M, A105, F304, F316, F316L etc |
Trim material | 304, 316, 316L |
Seat seal material | PTFE, PPL, RTFE, PEEK etc. |
Connecting end | Flange |
Design standard | GB/T 12237, ASME B16.34, JIS B2071, DIN 3357 |
Face to face | Pioneer’s Design Standard |
End Connection | GB/T 9113, ASME B16.5, JIS B2212, DIN 2542 |
Inspection and test | GB/T 26480, API 598, JIS B2003, DIN 3230 |
Operation device | Handle, worm gear, signal, pneumatic, electric actuator |
Design Feature | 1) Flange Hole Can Be Thread Drilling or Through-hole 2) Optional V-port, Curved Port, Rectangular Port 3) Optional Anti-static Device 4) Design as customer’s requirement |
The Leak-Free Quick Open Electric V-Port Ball Valve is a high-performance flow control solution engineered for industrial piping systems requiring precise medium regulation. Built with a one-piece body structure and innovative leak-proof stem design, this valve eliminates external leakage risks for long-term reliable sealing in demanding operating conditions.
Its working principle centers on a precision-machined V-port ball core: as the valve rotates, the V-shaped opening adjusts the flow area in real time, delivering both equal percentage and linear flow characteristics via custom port configurations. The valve features an ISO 5211 direct mounting platform for actuators, eliminating the need for additional connecting brackets and bushings for simplified, fast assembly. This quick open electric V-port ball valve is optimized for both on-off control and continuous precision regulation across diverse industrial applications.
The integrated one-piece body and leak-proof stem design eliminate potential leakage points common in split-body valves, making it ideal for hazardous or high-value medium handling.
Customizable port designs include V-port, curved port, and rectangular port options, enabling tailored flow characteristics to match specific process requirements, from fine throttling to full-flow quick opening.
The ISO 5211 standard mounting interface allows direct actuator attachment without custom fittings, reducing installation time and maintenance costs. Flange holes can be configured as thread drilling or through-hole for seamless pipeline integration.
Optional anti-static devices meet safety requirements for flammable medium applications, with full custom engineering available to match unique pressure, temperature, and medium specifications.
This wafer type V-port ball valve is widely deployed in oil and gas production, water and wastewater treatment, chemical processing, power generation, pulp and paper manufacturing, food and beverage production, and pharmaceutical processing. It excels in applications requiring consistent, precise flow regulation across varying operating conditions.
Pioneer Valve brings decades of specialized industrial valve manufacturing expertise, delivering globally compliant solutions for industrial operators and engineering teams. We offer full custom design support, rigorous in-house testing for every valve, flexible commercial terms including tailored delivery schedules, tax-inclusive pricing, and customized payment arrangements. Our dedicated technical and sales teams provide end-to-end support, from initial specification to after-sales service, with global shipping capabilities to support projects worldwide.
Based on the selected V-port configuration, the valve can deliver both equal percentage and linear flow characteristics, adapting to both throttling control and on-off operational needs.
The valve is compatible with manual handle, worm gear, signal feedback, pneumatic, and electric actuator options, with a standard ISO 5211 mounting platform for direct, bracket-free installation.
Yes, we offer full customization including port type, flange hole configuration, anti-static device integration, and material adjustments to match specific medium, pressure, and temperature operating conditions.
