How HPK Works –
HPK stands for “Hydro-Pneumatic-Katabatic”
HPK, that ‘s how it works!
Hydro-pneu-kata (HPK) = Contoler!
Our innovative technology works on the basis of three components:
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Hydraulics (Water Pressure)
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Pneumatic (Air Pressure)
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Hydraulics (Water Presure)
Hydropneumatics shown here in the film! (katabatic air circulation, film below)
In the picture on the right you can see the components that belong to HPK technology. These are spoken of in the film shown here. In particular, the hose and capillary pump are important parts of it. The hydropneumatics permanently regulates the water flow according to the relative humidity. By filling and emptying the peripheral vessels (below the water tank), the formation of germs is suppressed. At the same time, the calcium excretion is also possible!
Hydropneumatic control
Legend to picture above:
- Evaporation fleece (evaporation poster, because printed)
- Catch basin
- Control hose
- Closure to water tank (central control unit)
- Water tank 3 liters capacity
- Capillary pelvis (increases the capillary force of the fleece)
- Calk Absorber
- Capillary pump de-energized (is part of the capillary basin and its functions)
The advantages of HPK:
- convenient and easy to use
- Electricity-free and economical, yet highly effective saving you energy and costs
- wall-mounted, sustainable for users
Similar to water from a waterfall, heavy air naturally falls down, allowing for efficient air circulation. The main effort for the user is simply to refill water. Humidification in the children’s room, video!
Why katabatic air circulation!
Katabatic naturally brings the moisture down and achieves the highest possible efficiency, with little water. The changed weight of the air makes the propeller superfluous. Ceiling sections are bypassed!
The 5th humidification technology:
Capillary pump
The capillary pump pumps the water onto the surface of the evaporative fleece. This prevents the fleece from acting like a filter and its pores from closing due to limescale or impurities. This significantly increases the service life of the evaporative fleece.
