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A booster valve typically uses a piston or diaphragm mechanism to amplify pressure. The input pressure acts on a larger surface area, which generates a higher output pressure on a smaller surface area. This principle of force multiplication allows the valve to boost pressure effectively.

1/Pressure Amplification: Increases the pressure of a fluid (hydraulic or pneumatic) to a higher level than the input pressure.

2/Force Multiplication: Enhances the force output in hydraulic or pneumatic systems.

3/Flow Control: Regulates the flow of fluid to ensure smooth and efficient operation.

4/System Stabilization: Maintains consistent pressure or flow in dynamic systems.

1/Hydraulic Booster Valves: Used in hydraulic systems to increase pressure for heavy-duty applications like lifting, pressing, or clamping.

2/Pneumatic Booster Valves: Used in pneumatic systems to amplify air pressure for tools or actuators.

3/Proportional Booster Valves: Provide precise control over pressure or flow, often used in automation and robotics.

4/Intensifier Valves: A specific type of booster valve that increases pressure by reducing the area through which the fluid flows.

In generally, there are many many industries applied with boosters, such as,

1/Industrial Machinery: Used in presses, lifts, and clamping systems.

2/Automotive Systems: Found in brake boosters and power steering systems.

3/Aerospace: Used in landing gear systems and hydraulic actuators.

4/Construction Equipment: Enhances the performance of hydraulic excavators and cranes.