Plasmacluster Technology In Action
One of the most effective ways to physically see to see the Plasmacluster Technology in action is through this specially designed mould experiment.
Simple yet effective, two identical pieces of bread are placed on a petri dish inside separate air tight chambers. Water is added to each chamber to ensure that there is moisture in the atmosphere. Finally a Plasmacluster device at 25,000 ions per m3 is added into the left hand chamber, and is permanently turned on.
Bacterial Removal
Plasmacluster gets to work by breaking down the cell membrane surfaces, inhibiting their effects.
|
|
|
This speeded up video shows that where the Plasmacluster Device is in use it not not only breaks down the mould spores and bacteria in the air, but also suppresses the growth of deposited mould spores.
|
|
|
Real Time Experiment
This "real-time" experiment is refreshed every 10 minutes and was started on 20th April 2010 at 16:07.
Powerful dust removal
Efficient air intake with grid rear air suction panel means more powerful dust removal.
|
Rear panel intake grid
(simulated image)
|
Visible Results
Even the slightest amounts of dust or pollen are thoroughly detected.
A 9-level dust monitor provides detailed notification of air conditions to reliably check how clean the air is.
Check out the lab test results
