The Evaporative Cooling Pads are made from a specially formulated cellulose paper, impregnated with insoluble anti-rot salts, stiffening saturates and wetting agents to provide maximum cooling. It can be used for many different cooling purposes but is particularly suitable for cooling of livestock buildings and greenhouses.
This Cooling pad consists of specially impregnated and corrugated cellulose paper sheets with different flute angles, one steep (60 degree) and one flat (30 degree) that have been bonded together. This unique design yields a cooling pad with a high evaporation efficiency while still operating with a very low pressure drop. In addition scaling is kept to a minimum and no water carryover occurs due to the fact that the water is directed to the air inlet side of the pad. This is where most of the evaporation takes place. The impregnation procedure for the cellulose paper ensures a strong self-supporting product, with high absorbance, which is protected against decomposition and rotting and therefore increasing longevity.
The distribution pad constitutes a vital part of a complete system and should always be ordered in combination with Cooling Pad. Placed on top of the cooling pad it ensures a uniform supply of the water to the cooling pad and minimizes the risk of dry spots.
Features
(1) High evaporation efficiency
(2) Superb wetting properties
(3) Low pressure drop when wet, leading to lower operating costs
(4) No water carry-over
(5) Low scaling

The Evaporative Cooling Pads are made from a specially formulated cellulose paper, impregnated with insoluble anti-rot salts, stiffening saturates and wetting agents to provide maximum cooling. It can be used for many different cooling purposes but is particularly suitable for cooling of livestock buildings and greenhouses.
This Cooling pad consists of specially impregnated and corrugated cellulose paper sheets with different flute angles, one steep (60 degree) and one flat (30 degree) that have been bonded together. This unique design yields a cooling pad with a high evaporation efficiency while still operating with a very low pressure drop. In addition scaling is kept to a minimum and no water carryover occurs due to the fact that the water is directed to the air inlet side of the pad. This is where most of the evaporation takes place. The impregnation procedure for the cellulose paper ensures a strong self-supporting product, with high absorbance, which is protected against decomposition and rotting and therefore increasing longevity.
The distribution pad constitutes a vital part of a complete system and should always be ordered in combination with Cooling Pad. Placed on top of the cooling pad it ensures a uniform supply of the water to the cooling pad and minimizes the risk of dry spots.
Features
(1) High evaporation efficiency
(2) Superb wetting properties
(3) Low pressure drop when wet, leading to lower operating costs
(4) No water carry-over
(5) Low scaling