DeSat Fluids

Specialist in Hydraulics

Do you agree that materials that are used in hydraulic systems deserve attention? Did you know for example that copper, bronze, and lead accelerate the aging process of the oil?

This is because of the galvanic difference. The higher the conductivity in the oil, the faster the aging process. Moisture and gasses are the major influence here, that is exactly why DeSat designed the most effective solution developed to date.

Yes, I agree

DeSat will eliminate any delay in shifting speeds of your hydraulic system

The constructor determines the ideal viscosity. A viscosity that is too low often results in leakage losses, which in turn can cause pump damage. Too high a viscosity results in pump cavitation, which can also cause pump damage.

This cannot occur with desaturated oil, which will also remove the delay caused by compressibility from the oil.

No more delay!

Let us do the thinking for you

So you focus on your business

Some adherent machine deposits require tactics that are more aggressive than a high-velocity flush, so you must match the flushing tactic and strategy to the problem you are trying to resolve with the flush. Once you understand the problem within the machine that needs to be cleaned, you can then select the appropriate flushing tactic to remedy it.

Or have DeSat sort things out for you and make money doing it! 

Sort it out

Extend my cash flow please

Typical for a hydrostatic system is that a positive displacement pump delivers a fixed or possibly adjustable constant volume of oil. The pressure is therefore determined by the resistance in the system and the work delivered as a result of the driving force of the pump. Examples of pumps used for this purpose are gear pumps, vane pumps, and piston pumps.

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We have a time saving solution

Depending on the application, dirt in hydraulic systems and gearboxes can be disastrous. The life span of vital components is shortened considerably as a result. The number and size of the particles determine the degree of contamination and the possible damage. Some standards determine how many particles of what size may occur in a certain quantity of oil. The best known are the ISO and NAS standards.

Yes, I need more data
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