Experts from FSUE "KB "Arsenal" in co-operation with scientists of St. Petersburg State Institute of Mines and St. Petersburg State Medical University named after academician I.P. Pavlov developed and made laboratory working model of a haloinhaler – a small-sized device of high efficiency instead of speleolohospital or halochamber.
The haloinhaler models atmosphere of an underground salt cave (a halochamber), rich with polydispersed aerosol compound containing fine-dispersed particles of KCl, NaCl and other elements and the negative air ions.
The inhaler is purposed for health-improving, and it also can be used for therapy of respiratory and allergic diseases. Besides, the inhaler can be equipped with a device for feeding aerosol of medicinal compound into atmosphere of a room and for killing harmful microorganisms in atmosphere of the room.
Kea specifications:
Overall dimensions 260x270x300 mm
Mass 8 kg
Size of particle on output of inhaler 0.1 – 15 µm
Power supply 220 V
Medicinal properties of silvinit compound are conditioned with existence of salts of potassium, salts of sodium, other salts and clayey halopilit minerals containing over 35 microelements, including K, J, Be, Se, Si, Zn, Mn, Mg, Co, which are highly effective for human organism in certain dosage.
Besides, 40K in atmosphere of a room is decayed with isolation of beta-particles, which, when interacting with molecules of external environment, form negative (light) ions, which have salutary influence on human organism.
FSUE "KB "Arsenal" in co-operation with scientists of St. Petersburg State Institute of Mines and St. Petersburg State Medical University named after academician I.P. Pavlov developed and made laboratory working model of a haloinhaler – a small-sized device of high efficiency instead of speleolohospital or halochamber.
