“Cross-draft airflow by evaporative coolers are a safer alternative.”
- CDC guideline on Coronavirus. Learn more.
CDC guideline on cooling during Coronavirus. Learn more.
20°F
Cooling in hot, arid climates
80%
Less energy than air-conditioners
80%
Less energy than air-conditioners
100%
Natural, fresh, cool air
The Evaporative Air Cooler
Save money while you save the world

An effective, energy-efficient cooling solution, Evaporative Air Coolers, also known as Swamp Coolers or Desert Coolers are ideal for hot, dry climates.

These Coolers are great for the environment as they draw a constant stream of fresh air into the room and use less energy. This also makes them far more cost-efficient than air conditioners.

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Blow ‘em away

Think back to the cool, fresh breeze that wafts in from the ocean. That’s evaporative cooling.

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Our Air Coolers use the same process to cool your home. By running hot air through a moist cooling pad, the Air Cooler lowers the temperature of the air. It then blows this fresh, cool air out to you via a fan.

A force of nature
Inspired by the honey bee hive found in nature, our honeycomb cooling pads retain water just like a hive contains honey. The hollow cells that are formed between thin vertical walls allow for revolutionary absorption, efficacy, durability, and structural integrity
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Make the right choice
Important - an Evaporative Air Cooler is not a Fan or Misting Fan. Learn More.
Not sure about the difference between an Evaporative Air Cooler and an Air Conditioner? Here’s a quick lowdown on how to make the right decision.
 
Evaporative Air Cooler
Air Conditioner
COVID-19 safety
Recommended by CDC as a safer cooling alternative since EACs ventilate, humidify, and filter the air. Learn more.
Accelerates the spread of the virus by circulating stale air in a closed environment.
Usage
Indoor and Outdoor.
Indoor only.
Cooling efficiency
Moderate-high. Reduces temperature by up to 15°F.
High. Reduces temperature by up to 25°F
Suitable climate
Effective in dry, arid weather (humidity less than 60%).
Good for humid weather (humidity more than 60%).
Cooling mechanism
Cools air through the natural process of water evaporation.
Uses refrigerant gas to cool air through a compressor.
Energy consumption
Low. 280 watts to cool a large room.
High. 740 watts to cool a large room.
Purchase cost
Average starting cost is $100 (approx).
Average starting cost is $300 (approx).
Sustainability
High. Eco-friendly biodegradable materials and low energy consumption.
Low. Carbon emissions and CFCs/HFCs harm the ozone layer contributing to global warming.
Humidification
Yes. Acts as a humidifier.
No. Removes moisture and dries out the air.
Ventilation
Excellent. Pulls in fresh air from outside.
Poor. Re-circulates cool but stale air from inside the room.
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COVID-19 safety
Evaporative Air Cooler
Air Conditioner
Recommended by CDC as a safer cooling alternative since EACs ventilate, humidify, and filter the air. Learn more
Accelerates the spread of the virus by circulating stale air in a closed environment.
Usage
Evaporative Air Cooler
Air Conditioner
Indoor and Outdoor.
Indoor only.
Cooling efficiency
Evaporative Air Cooler
Air Conditioner
Moderate-high. Reduces temperature by up to 15°F.
High. Reduces temperature by up to 25°F
Suitable climate
Evaporative Air Cooler
Air Conditioner
Effective in dry, arid weather (humidity less than 60%).
Good for humid weather (humidity more than 60%).
Cooling mechanism
Evaporative Air Cooler
Air Conditioner
Cools air through the natural process of water evaporation.
Uses refrigerant gas to cool air through a compressor.
Energy consumption
Evaporative Air Cooler
Air Conditioner
Low. 280 watts to cool a large room.
High. 740 watts to cool a large room.
Purchase cost
Evaporative Air Cooler
Air Conditioner
Average starting cost is $100 (approx).
Average starting cost is $300 (approx).
Sustainability
Evaporative Air Cooler
Air Conditioner
High. Eco-friendly biodegradable materials and low energy consumption.
Low. Carbon emissions and CFCs/HFCs harm the ozone layer contributing to global warming.
Humidification
Evaporative Air Cooler
Air Conditioner
Yes. Acts as a humidifier.
No. Removes moisture and dries out the air.
Ventilation
Evaporative Air Cooler
Air Conditioner
Excellent. Pulls in fresh air from outside.
Poor. Re-circulates cool but stale air from inside the room.
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Cooling
Naturally cools indoor and outdoor spaces
Ventilation
Works in rooms with open doors & windows
Humidification
Increases moisture in the air, preventing dry skin & eyes
Filtration
Removes dust and PM10 particles from the air
The power of FOUR
Recommended by the CDC as a safer cooling solution during the Coronavirus pandemic.
Learn More
Take your cool with you!
Beat the heat with the only effective outdoor cooling solution.
Outdoor Air Coolers
Recommended for garages, workshops, patios, backyards and solariums.
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EAC
Indoor Air coolers
Recommended for bedrooms, living rooms, home offices, nurseries, and pet cooling.
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EAC
Best Price Guarantee
Plus 10% extra discount coupon
Advanced Safety Features for your Family

ETL/cETL certified to meet stringent US and Canada safety standards

  • ✓ Thermal overload protection& heat-safe internal casing prevents overheating & fires
  • ✓ ETL/cETL certified to meet stringent US and Canada safety standards
  • ✓ Finger-safe air vents for curious little fingers
  • ✓ GFCI safety plugs for outdoor coolers
A Winning Technology
Evaporative Air Coolers keep you cool, healthy, and environmentally responsible.
Eco-friendly
No harmful refrigerants, lower energy requirements
Cost-effective
80% cheaper to run than air conditioners
Naturally healthy
Pull fresh air in the room, instead of circulating old air
Portable
Suitable for outdoor & indoor use, move to any room
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A force of nature
Inspired by the honey bee hive found in nature, our honeycomb cooling pads retain water just like a hive contains honey. The hollow cells that are formed between thin vertical walls allow for revolutionary absorption, efficacy, durability, and structural integrity
 
Honeycomb pads
Traditional cooling pads
Materials
Composite biodegradable materials.
Wood shavings, Aspen ‘wool’, or synthetic fibers.
Design
Large surface area, hollow cells, and unique angles hold more water for rapid cooling.
Pressed wool or grass is packed together.
Cooling
High. Retained water in the cells cools the passing air much faster.
Low. Does not absorb or retain much water for efficient cooling.
Daily Maintenance
More water is absorbed and retained needing fewer refills.
Rapid evaporation of water means frequent refills and regular cleaning.
Long-term Durability
Can be reused for 3-5 seasons.
Need to be replaced every season.
Materials
Honeycomb pads
Traditional cooling pads
Composite biodegradable materials.
Wood shavings, Aspen ‘wool’, or synthetic fibers.
Design
Honeycomb pads
Traditional cooling pads
Large surface area, hollow cells, and unique angles hold more water for rapid cooling.
Pressed wool or grass is packed together.
Cooling
Honeycomb pads
Traditional cooling pads
High. Retained water in the cells cools the passing air much faster.
Low. Does not absorb or retain much water for efficient cooling.
Daily Maintenance
Honeycomb pads
Traditional cooling pads
More water is absorbed and retained needing fewer refills.
Rapid evaporation of water means frequent refills and regular cleaning.
Long-term Durability
Honeycomb pads
Traditional cooling pads
Can be reused for 3-5 seasons.
Need to be replaced every season.
Okay
Cooling in the times of COVID-19
As the weather warms up, the CDC (Centers for Disease Control and Prevention) has issued guidelines for safer cooling in the times of Coronavirus.
  1. Humidification

    Dry air is known to escalate the spread of seasonal viruses, and worsen respiratory conditions such as asthma or allergies. “Dry air is a key factor that impairs a person’s ability to fight off respiratory viral infections [like the coronavirus],” says Akiko Iwasaki, an immunobiology professor at the Yale School of Medicine.

    A recent detailed study at the U.S. Army’s high-level biosecurity laboratory at Fort Detrick found that an increase in humidity levels from 20% to 80% can decrease the half life* of the virus on surfaces from 18 hours to 6 hours.

    The air supplied by Evaporative Air Coolers is generally 80–90% relative humidity. This not only reduces the half life of the virus by 66% but also relieves the symptoms of respiratory illnesses.

    Condition
    Temperature
    Humidity
    Solar
    Half Life
    Surface
    70-75°F
    20%
    None
    18 hours
    Surface
    70-75°F
    80%
    None
    6 hours

    *The half-life is the time it takes for a specific amount of the virus to become reduced by half.

  2. Ventilation

    According to the National Center for Biotechnology Information (NCBI) even minimal levels of outdoor air ventilation can significantly reduce the transmission of infectious particles.

    There are growing concerns about Air Conditioning which circulates the same air through the room, potentially spreading infectious droplets and aerosols. According to the American Society of Heating, Refrigerating and Air Conditioning Engineers (ASHRAE), there should be at least 3 air changes in the room per hour.

    Evaporative Air Coolers pull a constant stream of fresh air which helps minimize the risk of the coronavirus infection. In addition, we recommend leaving your doors and windows at least partially open to reduce the risk of infection.

Okay