Ball valves are versatile and commonly used in various industries to control the flow of liquids or gases. They come in different types, depending on their design, application, and material.
Description: The most common type with one inlet and one outlet.
Application: Used for on/off flow control in pipelines.
Description: Features three ports and allows flow direction control (e.g., T-port or L-port).
Application: Mixing, diverting, or switching flow paths.
Description: Includes more than three ports for complex flow control.
Application: Specialized industrial systems requiring multiple flow paths.
Description: The ball is suspended in the valve body and pressed against the seat by fluid pressure.
Application: Low- to medium-pressure systems.
Description: The ball is supported by bearings or a trunnion, reducing operating torque.
Application: High-pressure and large-diameter pipelines.
Description: The ball bore diameter matches the pipeline size, ensuring no flow restriction.
Application: High-flow systems where minimal pressure drop is critical.
Description: The ball bore diameter is smaller than the pipeline diameter, creating some flow restriction.
Application: General-purpose systems with moderate flow requirements.
Description: The valve body is a single unit, offering leak resistance but limited serviceability.
Application: Low-cost and small-scale applications.
Description: Consists of two pieces for easier maintenance and cleaning.
Application: Medium-duty systems with moderate pressure and temperature requirements.
Description: Features three segments, allowing complete disassembly for repair and cleaning.
Application: High-performance and industrial applications.
Description: Operated by a lever or handwheel.
Application: Simple systems requiring manual flow control.
Description: Operated by electric, pneumatic, or hydraulic actuators.
Application: Automated systems and remote operations.
Material: Stainless steel, brass, or carbon steel.
Application: High-temperature, high-pressure, and corrosive environments.
Material: PVC, CPVC, or polypropylene.
Application: Low-pressure systems with non-corrosive fluids.
Description: Features a V-shaped notch for precise flow control.
Application: Systems requiring throttling capabilities.
Description: Designed to prevent fluid accumulation around the ball.
Application: Hygienic industries like food and pharmaceuticals.
Description: Built to handle extremely low temperatures.
Application: Cryogenic systems like LNG or liquid nitrogen handling.
Each type of ball valve is tailored for specific applications, ensuring optimal performance and efficiency. Let me know if you need help selecting the right ball valve for a particular system!
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