ASME Titanium Gr2 Floating Ball Valves

Product Introduction:

A floating ball valve is a robust and versatile component designed for reliable fluid control in industrial applications. Complying with stringent industry standards such as API6D, BS5351, and ASME B16.34, these valves are engineered to meet the highest performance and safety criteria.

Featuring a Face to Face dimension according to ASME B16.10 and API6D, floating ball valves ensure precise alignment and compatibility with existing piping systems. End connections are available in both Flanged (ASME B16.5) and Butt Welded (ASME B16.25) configurations, offering flexibility in installation and maintenance.

Safety is paramount with these valves, adhering to Fire Safety standards API607 and API6A, ensuring reliable operation even in hazardous conditions. Rigorous Inspection and testing protocols (API598, API6D) guarantee quality and performance consistency across different operating environments.

Floating ball valves are available in a wide range of Ratings (ASME CL, 150, 300, 600, 900, 1500), accommodating various pressure requirements up to the maximum specified limit. They excel in Temperature Range from -196℃ to 650℃, making them suitable for extreme temperature applications without compromising performance.

Available in sizes ranging from 1/2" to 8", these valves offer robust construction, low torque operation, and high shut-off sealing capabilities. Whether for oil and gas, chemical processing, power generation, or other industries, floating ball valves provide reliable fluid control solutions designed to meet the most demanding operational challenges.

Ball valve classification based on port size：

Ball valves are essential components in fluid handling systems, known for their ability to control flow with a simple quarter-turn operation. They come in various designs tailored to specific applications, classified primarily based on their port size.

A full port ball valve features a bore size that matches the diameter of the inlet and outlet pipes. This design ensures minimal resistance to fluid flow, making it ideal for applications where unrestricted flow is critical. The flow path remains straight through the valve, facilitating efficient movement of fluids without significant pressure drop.

In contrast, a standard port ball valve has a bore diameter smaller than that of the pipes it connects. This design creates some resistance to flow, which can lead to increased fluid pressure within the valve. Despite this restriction, standard port ball valves are suitable for general-purpose applications where moderate flow rates and pressure drops are acceptable.

Reduced port ball valves have a bore size that is typically one pipe size smaller than the connecting pipes. This reduction in bore size results in higher fluid velocities when the valve is open, which can be advantageous in certain applications requiring precise flow control or where space constraints dictate a smaller valve size.

V-port ball valves are unique in that they feature either a v-shaped seat or v-shaped ball. This design allows for precise flow modulation, making them well-suited for applications where throttling or control of flow rates is crucial. The v-shaped profile ensures stable and accurate control over the flow path, enabling precise adjustments from full flow to complete shut-off.

In summary, the classification of ball valves based on port size-full port, standard port, reduced port, and v-port-provides engineers and operators with options tailored to specific flow requirements, pressure conditions, and operational needs in various industrial and commercial settings. Each type offers distinct advantages depending on the application's demands for flow capacity, pressure drop, and control precision.

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