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The Science Behind Evapolar
Our groundbreaking evaBREEZE® technology sets our products apart.
We developed a mineral nano-membrane fiber that resides in the cartridge of each Evapolar device, enabling a significantly enhanced evaporation process due to its remarkable absorption capacity.
In essence, we've created an entirely new material that is revolutionizing the cooling industry.
Feel the Ocean Breeze
Evapolar air coolers operate on the principle of evaporation.
Nano-fibrous pads within the cartridge absorb an immense amount of water from the tank. As hot air passes through these pads, water molecules on the cartridge surface evaporate, subsequently lowering its temperature.
The resulting output is refreshingly chilled and humidified air reminiscent of a gentle ocean breeze.
Evapolar air coolers operate on the principle of evaporation.
Nano-fibrous pads within the cartridge absorb an immense amount of water from the tank. As hot air passes through these pads, water molecules on the cartridge surface evaporate, subsequently lowering its temperature.
The resulting output is refreshingly chilled and humidified air reminiscent of a gentle ocean breeze.
What Makes It So Cool?
A larger evaporation surface leads to a more potent cooling effect.
Without swelling, our material absorbs up to 700% of its weight in water while producing cooled air already infused with nano water molecules.
Evapolar Evaporative Air Coolers: How Effective Are They?
The cooling potential of evaporative cooling relies on the room's relative humidity and initial temperature. Use the table below to understand the relationship between air humidity and temperature drop.
Born from Nature's Ingenuity
evaBREEZE® originates from volcanic basalt, delivering a one-of-a-kind cooling sensation.
It Was Born This Way
As a natural material, its colors range from white to gray with subtle hints of yellow. These variations are due to differences in natural basalt coloration; no chemicals, dyes, or bleaching agents are used – it was born this way.
As a natural material, its colors range from white to gray with subtle hints of yellow. These variations are due to differences in natural basalt coloration; no chemicals, dyes, or bleaching agents are used – it was born this way.
