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Hydac "AM" Aquamicron Filter Elements

The HYDAC "AM" Aquamicron Filter Elements offer 40μm filtration with a high dirt and water retention capacity, ensuring prolonged oil service life and consistent cleanliness under operating pressures up to 25 bar and temperatures between 0 °C and +100 °C. Utilizing Aquamicron® technology, these elements chemically bond water from hydraulic and biodegradable oils, maintaining effective separation even under fluctuating pressure conditions. Key features are as follows:

  • High dirt holding and water retention capacity thanks to advanced glass fibre construction
  • Stable filtration performance with low initial differential pressure and high flow rate
  • Irreversible water absorption through chemical bonding ensures long-term efficiency

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HYDAC "AM" Aquamicron Filter Elements

  • Filtration: 40μm
  • operating pressure: 25 bar
  • Temperature range: 0 °C to +100 °C  
  • Flow direction: from outside to inside
  • very high water retention capacity
  • Very high contamination retention capacity
  • Prolonged oil service life and oil cleanliness through ultrafine filtration

Description:

Aquamicron® technology provides an economically acceptable, yet effective method of separating water from hydraulic media. Aquamicron® elements are specifically designed to separate water from mineral oils, HFD-R oils and biodegradable oils. The element technology of the Aquamicron series (N5AM) is distinguished for its high dirt holding capacity of the glass fibre layers used and high water retention capacity. The glass fibre structure and the folded construction of the elements enables a high flow rate and thus has a high dedusting velocities through the high circulation rate and a constant cleanliness level throughout the process cycle in conjunction with high and low rates of dirt penetration and a lower initial differential pressure.

The Aquamicron elements bond the water by means of a chemical reaction. This is not reversible, i.e. the water will continue to be held in the element, even if there is a rise in pressure.

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