The design of the brass ball valve enables it to provide precise flow control. By rotating the handle to different angles, the user can control the amount of fluid that passes through the valve. This adjustability is one of the reasons why the brass ball valve is preferred in applications where fine-tuned flow regulation is necessary. Unlike other types of valves that might require multiple turns to open or close, the brass ball valve typically operates with a 90-degree turn, offering quick and easy control.

Another critical advantage of the brass ball valve is its ability to maintain a low pressure drop across the valve. In fluid systems, pressure drop refers to the reduction in pressure as the fluid moves through a component. A high pressure drop can bring about energy losses and reduced system efficiency. The design of the brass ball valve minimizes this pressure drop, making it an energy-efficient choice.
https://www.aikevalve.com/product/ball-valve/
The design of the brass ball valve enables it to provide precise flow control. By rotating the handle to different angles, the user can control the amount of fluid that passes through the valve. This adjustability is one of the reasons why the brass ball valve is preferred in applications where fine-tuned flow regulation is necessary. Unlike other types of valves that might require multiple turns to open or close, the brass ball valve typically operates with a 90-degree turn, offering quick and easy control. Another critical advantage of the brass ball valve is its ability to maintain a low pressure drop across the valve. In fluid systems, pressure drop refers to the reduction in pressure as the fluid moves through a component. A high pressure drop can bring about energy losses and reduced system efficiency. The design of the brass ball valve minimizes this pressure drop, making it an energy-efficient choice. https://www.aikevalve.com/product/ball-valve/
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