The butterfly valve is characterized by its simple structure, small volume, and lightweight design. Its components are relatively small, enabling the valve to be easily assembled with only a few key parts. Opening the valve is also incredibly convenient, requiring a simple 90-degree turn of the switch. What sets the butterfly valve apart is its excellent fluid control capabilities, allowing for the adjustment of flow rates at any given time. Although there is some resistance when transporting fluids through the valve, this resistance primarily stems from the valve itself, such as the thickness of the butterfly valve body. However, this resistance can be minimized by reducing the thickness of the valve.
One of the drawbacks of elastomeric seals is their temperature limitations.
Butterfly valves are versatile and find a wide range of applications due to their unique characteristics. When it comes to controlling flow, it is crucial to select the appropriate types and sizes of butterfly valves, as they are specifically designed to be more suitable for larger diameters. This makes them an ideal choice for various industries including petroleum, gas, chemical, and water treatment. Moreover, butterfly valves also play a significant role in cooling water systems within thermal power plants. Their widespread usage in both general industries and specialized power plants attests to their reliability and effectiveness in regulating fluid flow.