VINCER supplies pneumatic ball valves for fast automated shut-off, flow diversion, and modulating control with V-port designs. Choose from 2-way, 3-way, and special-service configurations with matched pneumatic actuators for different operating conditions.
| Product Series | End Connection | Key Features | Typical Applications |
|---|---|---|---|
| Pneumatic 3-Piece Ball Valve | Threaded / Welded / Flanged / Clamp | Three-piece body allows easier maintenance, with 2-way and 3-way configurations | General industrial pipelines, water, air and process fluids |
| Pneumatic Flanged Ball Valve | Flanged | Bolted flange connections for secure installation in medium- to large-diameter pipelines | Water treatment, oil & gas and industrial process lines |
| Pneumatic Wafer Thin Ball Valve | Wafer | Short face-to-face length reduces installation space | HVAC, equipment skids and compact piping systems |
| Pneumatic PTFE-Lined Ball Valve | Flanged | PTFE-lined wetted surfaces protect the metal body from compatible corrosive media | Acids, alkalis and chemical transfer systems |
| Pneumatic High-Pressure Ball Valve | Threaded / Socket-Welded | 2-way and 3-way designs for automated switching under high pressure | Hydraulic systems, pressure testing and chemical injection |
| Pneumatic Heating Jacket Ball Valve | Flanged / Wafer | External heating jacket helps maintain media temperature and reduce solidification | Wax, resin, asphalt and viscous process fluids |
| Pneumatic Sanitary Tri-Clamp Ball Valve | Tri-Clamp | Hygienic stainless steel construction with quick-release connections | Food, beverage and sanitary processing |
| Pneumatic True-Union Ball Valve | Socket / Threaded | Corrosion-resistant plastic body with removable union connections | Chemical dosing, water treatment and plastic piping |
| Pneumatic V-Port Segmented Ball Valve | Flanged | V-port segmented design supports modulating flow control with a suitable positioner | Chemical processing, water treatment and process flow regulation |
One valve design can handle remote isolation as well as general flow adjustment, giving electric butterfly valves flexibility across utility and process pipelines.
We have no minimum order quantity requirements. This provides flexibility for your smaller needs, prototypes, or urgent replacement orders, allowing you convenient, one-stop purchasing.
Medium & Service Conditions: The process medium determines the suitable body and seat materials. Consider chemical compatibility, concentration, solid particles, and any special requirements for sanitary or temperature-sensitive applications.
Valve Function & Flow Configuration: For basic shut-off, a 2-way ball valve is commonly used. 3-way designs handle flow diversion or mixing with L-port or T-port configurations, while V-port ball valves support modulating control when paired with a suitable positioner.
Valve Size & Connection: Pipe size and installation requirements determine the valve dimensions and end connection. Threaded, flanged, welded, wafer, tri-clamp, and true-union options are available across different series, with applicable GB, DIN, ASME, and JIS standards.
Pressure & Temperature Requirements: Normal and maximum operating pressures, differential pressure, and temperature all affect valve selection. These conditions help determine the appropriate pressure rating, sealing materials, and actuator torque requirements.
Pneumatic Actuator & Air Supply: Actuator sizing depends on valve torque and the minimum available air pressure. Double-acting actuators use air for both directions, while spring-return options can provide fail-open or fail-closed operation. Switching frequency and required operating time should also be considered.
Control & Installation Requirements: Solenoid valves, limit switches, positioners, air filter regulators, and manual overrides can be selected according to control needs. Outdoor installation, washdown conditions, and hazardous-area requirements may call for additional protection or certified accessories.
For machine fabricators, VINCER pneumatic actuated ball valves provide a dependable solution for fluid control within their machinery. With precise control capabilities and durable construction, these valves enhance the performance and reliability of fabricated machines, contributing to overall efficiency and customer satisfaction.
