Cooling Pad System

Target Price: $200.00

The honeycomb cooling pad is treated with hardeners, preservatives, and special odorless binders to extend its life and durability.

The heated air is drawn in evaporative air coolers. When the air cooler passes through the wet honeycomb cooling pads, as it passes through the evaporative cooling pad, the water flowing through the honeycomb cooling pads absorbs heat from the air, causing the water to evaporate. It will produce cool, moist air.

MPNKA-5090KA-7090
SKUKA5090LL1KA7090LL1
Pad Height(mm)As per Requirement1,500, 1,800, 2,000
Pad Width(mm)As per Requirement300, 600, 900
Pad Depth(mm)50, 150, 200100, 150, 200, 300
Flute Height(mm)57
Groove Angle a45°45°
Groove Angle b45°45°

Stay Cool, Save Energy

By utilizing RTFANS’s HVLS Fans, air coolers, and other systems, we can establish a comfortable indoor environment, enabling people to rest and work more effectively.

The energy-efficient fan of your dreams

Powerfoil Breeze knows when to spin and when to stay quiet—thanks to this commercial fan’s infrared motion sensor that automatically detects when people are active in your space and when they’re not. (And turns off after five minutes if your space is a ghost town!)

Higher Consistency

The specially engineered fluted structure of RTFANS Honeycomb cooling pads 5090 prevents sagging and clogging thus delivering cool air for a longer period of time.

Maintainance Free

RTFANS Honeycomb cooling pads 5090 have a unique structure that does not allow dust or dirt to settle on them.

More Effective

RTFANS Honeycomb cooling pads 5090 can handle treble the air velocity over the same area, compared to any other type of Honeycomb cooling pads 5090.

Save Energy Cost Up To 30%

Cover 1,000m² + with only 1.5kw!

Big industrial ceiling fans are energy efficient,cost-effective and can provide massive air movement in large industrial and commercial spaces.

Frequently Asked Questions

The pad is essentially a medium through which air passes, facilitating the evaporation of water. As the warm, dry air passes through the pad, it comes into contact with water via capillary action, causing the water to evaporate and cool the air.

Evaporative cooling systems rely on specialized pads to achieve optimal cooling performance. These pads are engineered with a unique design and structure that is pivotal in facilitating the thorough interaction between incoming air and water. By ensuring that the air remains in contact with water for an extended duration, these pads significantly boost the system's cooling efficiency, making them an indispensable component of any evaporative cooling setup.

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