'mineralbased fluids'

The working principle of single-acting cylinders are to transfer hydraulic fluids or an output force in one direction only. Within the cylinder, the piston rod can push outwards but cannot pull back, therefore requiring a force in the opposite direction to return the rod back to its original position.

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Gear pumps are commonly used for pumping high viscosity Oil fluids. They are preferred in any application where accurate dosing or high-pressure output is required.

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O-rings are used to seal all kinds of devices to keep them operating and safe. They do so by keeping necessary fluids in hydraulic systems and unwanted fluids and contaminants out.

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A needle valve is used to accurately control flow rates of clean fluids. The adjustments are gradual and smooth for controlling the flow rate.

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They are suitable for pumping low viscosity fluids. These pumps improve flow rate by reducing the internal mechanical losses and damping. An electric motor is coupled to the pump rotor to create a rotary motion. As the rotor rotates, the fluid enters the pump. This fluid flows into the hydraulic vane pump chambers. The volume of the vane chambers at the inlet sections is larger than that at the outlet section of the pump. The decrease in volume helps the fluid to develop a high pressure as it exits the pump. As the rotor rotates, the pump vanes tend to move outwards. This is due to the centrifugal force and the symmetrical shape of the pump casing. In the inlet, the vanes create a vacuum, causing a pressure difference thus, it draws fluid into the pump.

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Micro Hose Test Assemblies and Test Point fittings let you test systems at working pressures without tools and check for leaks in multiple spots. They are ideal for hydraulic oils and other mineral-based fluids used in off-road mobile equipment.

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