EcoCool Evaporative Cooling Pad
Asia's LARGEST manufacturer of highly efficient & reliable Evaporative Cooling Pad
EcoCool Evaporative Cooling Pad uses the simple principle of Cooling by evaporation i.e. passing hot fresh air through the wet and cool surface to bring temperatures down.
Features of Evaporative Cooling Pad
Cellulose Base: Cellulose-based media provide the best cooling efficiency, and are engineered from treated fluted media giving you the maximum absorption and retention of water
High Surface Area of Pads: Pads are specially designed to provide a high surface area to volume ratio, maximising the amount of air flow over the cooling media
Rigid Structure : EcoCool’s specially engineered fluted structure prevents sagging and clogging
No Harmful Chemicals: EcoCool goes the extra mile to protect your investment with anti-rot chemicals that ensure your cooling system lasts longer
No Edge Build-up: Smooth and fine edges help maintain the pads and keep dust build-up to a minimum
Compatible: EcoCool can be customised for special applications and is compatible with all air handling units and conditioning systems
Glueing: The cross-sections of the EcoCool are glued on with a special glue that does not come off easily, even after staying in contact with water for years
Retrofits: These pads can be retrofitted in any air cooler designed for cellulose pads
Certified: RoHS Compliant
Antibacterial Cooling Pads
Technical Support: Customised solution support for every application
Quality: Quality is our top priority, so we maintain high-quality standards with ISO 9001:2015 certification
Exported World Over: With their superior quality, EcoCool is the preferred choice of OEMs in Australia, West Asia, USA...
Benefits of Evaporative Cooling Pad
Structural Strength
Its structural strength allows it to stand alone without any support thus, saving on the cost of support material
High Efficiency
Cross corrugated and resin treated media allows better water retention and more effective cooling even at a lower air volume
Energy Efficient
These pads are over 80% efficient, so it's possible to cool your home with less air leading to less required fan power and power savings
Durable
With its specially engineered rigid structure, these EcoCool diapers are made to resist sagging, clogging up and the growth of bacteria so you can enjoy them for a long time
Lowest Maintenance
EcoCool Pads lasts longer and require less maintenance than other brands saving you time and money on maintenance
"Made With Pride in India"
Ideal for
All types of Evaporative Cooling Pads are using Natures of variant air & water
Industrial Cooler
Residential Cooler
Manufacturing Facilities
Restaurants
Auto Industry
Poultry
Textile Humidification
Greenhouse
Vegetable and Fruit Storage
Ideal for
All types of Evaporative Cooling Pads are using Natures of variant air & water
- Industrial & Residential Cooler
- Manufacturing Facilities
- Restaurants
- Auto Industry
- Poultry
- Textile Humidification
- Greenhouse
- Vegetable and Fruit Storage
Frequently Asked Questions
Evaporative cooling pads are used to lower the temperature of incoming air before it is supplied to a building or process area. They are commonly used in applications where large volumes of fresh air need to be cooled as part of an evaporative cooling system.
Cellulose cooling pads are made from specially treated paper material arranged in a structured, corrugated design. This construction provides a large contact area for air and water, while the pad’s rigidity helps maintain its shape and performance during continuous operation.
EcoCool cooling pads are designed for efficient water distribution, effective air-to-water contact, durability, and ease of maintenance. Their construction can also make them suitable for retrofitting certain existing evaporative cooling systems, depending on the application and equipment configuration.
ARCTIC’s EcoCool cooling pads can be considered for a range of applications where evaporative cooling is required, including manufacturing facilities, textile humidification, poultry, greenhouses, and fruit and vegetable storage. The appropriate pad configuration depends on the airflow, cooling requirement, and operating environment.
