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Product description

Hydraulics is a term used to study liquids and how they work, but most people hear the term and think of its use in engineering. The hydraulic system works by using pressurized fluid to drive the engine. These hydraulic presses apply pressure to a small amount of fluid to produce a large amount of power. This is the basic concept of hydraulic systems: water in a closed system applies pressure from one side. The pressure forces it against the piston on the other side of the container. This transfers energy to the piston, forcing it to lift the object. Since water pressure does not cause water to flow backwards, the piston will never move in the opposite direction unless the pressure is released. This means that whatever the piston lifts is safe until the system operator allows it to be released. For example, if the piston lifts the fork teeth of a forklift truck, they will remain elevated until the hydraulic pressure is released. The most important application of hydraulic system in automobile is hydraulic braking system. These systems use brake fluid to transmit pressure to brake pads, which then press down on the axle and stop the vehicle from moving. Some vehicles also have hydraulic suspensions. This type of suspension lifts the car, making the driver's ride smoother and more comfortable. Specializing in the production of hydraulic high Pressure Transmitter, Water Pressure Sensor, water pump pressure transmitter, Urea Pressure Sensor, intake manifold absolute pressure sensor, hydrogen energy pressure transmitter.