How does a floating piston improve hydraulic system performance?

A floating piston improves hydraulic system performance by absorbing shocks, which helps to protect the system from sudden changes in pressure and flow. When a shock occurs, such as an abrupt load change or a sudden stop in equipment operation, the floating piston acts as a dampening element that mitigates the impact. This absorption of shocks prevents pressure spikes and fluctuations that can lead to equipment failure or decreased efficiency.

In addition to shock absorption, floating pistons also contribute to the overall stability of the hydraulic fluid within the system. By maintaining consistent pressure and reducing the risk of cavitation and fluid hammer, floating pistons help to extend the service life of hydraulic components. This improvement in performance ultimately leads to smoother operation and enhanced reliability of the hydraulic system.