Hydraulic Invention

Problems With Current System

The main drawback of all current hydraulic systems is that they require an expansion tank, which increases the weight, volume, and price of the hydraulic system

Another drawback is the oxidation of the fluid (oil) which decreases the stability of hydraulic fluid and results in formation of acids that can increase the fluid viscosity and can cause corrosion. Polymerization and condensation produce insoluble gum, sludge, and varnish that cause sluggish operation, increase wear, reduce clearances, and plug lines and valves

In addition, under the influence of aeration where oil and air mix, it significantly reduces the efficiency of the hydraulic drive. Also, even with slight air ingress into the oil, it starts to foam which creates conditions which are favorable for the formation of air emulsions with very low density

The Solution

Our compact, energy-efficient hydraulic drive solves these issues by eliminating the expansion tank, along with expensive oil, obliteration, cavitation, and condensation

The length of the operational service of the oil in the hydraulic system increases by several times. The device increases the output speed of the hydraulic drive, as well as the productivity of the system as a whole. It saves energy and increases the service life of all units and mechanisms

No more need for an expansion tank reduces the cost of the machine oil and production costs. The device can operate in all conditions of exploitation including: on earth, underwater, and in space. This is an entirely new engineering solution and a new direction in hydraulics. A completely sealed hydraulic system under constant internal pressure has been created

Diagram

Mechanics Behind The Hydraulic System

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