Evaporative Cooling Pad Market Analysis 2026

Evaporative Cooling Pad Market Segmentation Analysis from 2022 till 2034

Evaporative Cooling Pad Market, by type

Wooden Pad 

The Wooden Pad segment Revenue will be USD 931.69 Million by 2028.

The most well-known wood fiber pad is made of rasped aspen trees. It allows more air into a slightly immersed coil, which generates cooler air. The wood absorbs only a part of the water, which does not produce excess saturation that can cause the water to stand in the pad and heat up. Hence the wood pads are particularly demanded in data centers. They are less costly, need a high level of support, and have a shorter life. The most well-known wood fiber pad is made of rasped aspen trees. Some cooler owners believe that they enjoy cushions made with aspen strands because they provide the best balance between air and water.

Metal Pad

Metal pad materials also have been used by manufacturers of evaporating coolers. These devices contain a cubic sheet metal box consisting of large vertical channel pads. Metal cubes are the most often used in straight evaporative coolers. Similarly, the metal frames are used for supporting the various evaporation pads. Furthermore, evaporative cooling pads with stainless steel framework are excellent enough to assist customers with higher efficiency and precision in the performance of daily work. These pads are easy to clean, corrosion-resistant, and do not require maintenance and so reduce labor costs.

Plastic

A new kind of evaporative cooling pad, one made of plastic, has recently been attracted. Many expect stated that a plastic pad would last longer than paper pads, be easier to clean, and tolerate poor water quality. Plastic pads can only be utilized for a short period. Similarly, they are thin and economical. Plastic evaporative cooling pads are utilized for various animal farming and rearing reasons for all species of livestock. The products are produced using strong raw materials and innovative technology to provide long-term services.

Glass Fiber Pad

The evaporative cooler pads are manufactured by the coating of glass fibers with an acrylic and amine-Aldehyde blend when glass fibers are melting into the web and then by drawing the web in a porous pad, expanding the web or mat, and curing the pad in a dimensionally stable, hydrophilic, porous and vibrant pad. The glass pad enables great absorption capacity for moisture and ensures that moisture and evaporative cooling continue even in higher airspeeds 

Coconut Fibers

Coconut fiber is derived from the fibrous coconut husk, generally referred to as coir. It is the coconut's thick, fibrous central layer. Coconut fibers are widely used as material for the evaporating cooling pads as the cooling effect of the coconut coir cooling pad produced was quite excellent. In addition, compared with wood pad, coconut coir pad's life is more effective. The coconut coir pad demonstrated greater air velocity, resulting in optimal air distribution in the room which is ideal for evaporating cooler.

Palash Fibers

Palash fibers are a well-known material and have a strong capacity for water retention; they could be a preferable alternative to aspen fibers. The Palash fibers provide lesser pressure than the aspen pad. Because of their improved performance, reduced costs, and ease of availability, palash fibers may be used as wetted medium in-home and commercial evaporative cooling systems for sustainable development.

Cotton Fabric

A cotton-based cooling pad was used as evaporative cooling pad material as it exhibits high water saturation properties. This cooling pad was created by wrapping cotton layers in the cylindrical pad. The cotton fiber-based evaporative cooling pad helps to enhance the performance of cooling systems. Also, these fibers can use and reuse for evaporative cooling purposes.

The above Chart is for representative purposes and does not depict actual sale statistics. Access/Request the quantitative data to understand the trends and dominating segment of Evaporative Cooling Pad Industry. Request a Free Sample PDF!

Evaporative Cooling Pad Market, by Application

Farm Buildings

Farmer must keep livestock cool and happy during hot weather. The more convenient the stock is, the more productive it is. Hence, many farmers employ evaporative cooling systems in dry, arid areas. Evaporative cooling is a type of air conditioning typically employed in confinement farming such as poultry, swine, milk with evaporative treatment to chill air. The evaporating cooling pad offers several benefits for farmers, not only energy saving but also the well-being of animals. This cooling pad has a specific honeycomb structure and must be utilized with a negative pressure blower 

Greenhouses

High ambient temperatures and excessive solar radiation in the summer are major challenges for greenhouse farmers. For greenhouse cultivation, evaporative cooling technologies are generally applied. Many evaporative cooling systems work effectively in commercial greenhouses, but the fan and pad systems are the most prevalent. At one end of the greenhouse is an exhaust fan and on the other end is a porous pad put into the structural wall.  A pump flows water through and over the pad. When the fan is operated, the air is drawn into the greenhouse from the outside of the construction via the evaporative pad. Some of the water evaporates and cools the air through and through the wet pad. As a result, the heated air ejected by the fan is replaced with cool air. These commercial pads are built out of cellulose sheets organized to produce the appearance of a bee-hive and air streams across the pad width. Usually, the airflow rate across the pad is between 0.5-3.0 m/s

Mushroom farming

During the growing stage, mushrooms have a considerable impact on temperature and humidity. For high mushroom output, effective regulation of the indoor mushroom house air condition is necessary. Evaporative cooling systems with pressure ventilation are therefore used in most mushroom rooms. It was determined that combined with the evaporative cooling and negative air pressures, the indoor temperature was reduced by 5 0C and humidity rose by 10%. The cooling system comprises the cooling pad and the water circulation system. The outside air flows through the cooling pad at high temperatures. Heat is transported from hot air to low-temperature water. So, the temperature in the air which leaves the cooling pad and enters the room is lower than the temperature of the outside air. The cooling pad was situated on the front of the house so that when it entered the house it would pass through the cooling pad. The water flow rates in the cooling pads are also adjusted to reduce moisture in the house

Agrihot and floriculture

In the flower greenhouse evaporating cooling pads are used that helps the farmers to increase the numbers of flower buds and affect the days to flowering. Similarly, the evaporative cooling method is often used by floriculture exporters to flower at the destination. The fruits, vegetables, and cut flowers live, the respiratory tissues separate from the plant of their parents. Evaporative coolers can be built to refresh the air in a whole storage building or only a few product containers. These coolers are ideal for areas with lesser humidity, since the degree of cooling is 1 to 2 0C (2 to 4 F) above the temperature of the wet bulb. There is a wood fiber or straw cooling pad soaked and a little fan pulls air through the pack. An evaporative cooler for small amounts of products can be paired with a forced cooler. Air is cooled by passing the wet pad till the packaging and the products pass through it. The air can be chilled to a few degrees from the ambient air's wet-bulb temperature

Poultry

Chickens are kept in warm weather in various regions across the world. A correct environment within the house is required to make such flocks productive. This is achieved using evaporative walls with a cooling pad. In most poultry and poultry industries, the evaporative cooling pad is used. These pads are created to provide superior water and airflow characteristics to maximize cooling capacity and longevity. Evaporative poultry cooling pad is constructed of cellulose fluid sheets which are bonded together. To achieve great cooling effectiveness, cellulose sheets can be treated with unique chemicals. A stream of cool and refreshing air is produced when heated air flows across the Evaporative Cooling Pads.

Hatcheries

The hatchery encompasses the sector in the modern chicken industry which produces and supplies one-day-old chicks via artificial incubation. Evaporative cooling systems such as cooling pads are used for solving temperature problems rapidly and readily in climatic settings, such as poultry and swine tunnel ventilation, hatchery cooling systems. The pads elevate the temperature of the incoming air to enhance evaporation of the water and thus cooling of the air leaving the pad towards the inside of the house.

Breeding areas

The climatic features of animal production locations affect the system yield and breeding animals are quite susceptible to high temperatures, particularly when their high critical temperature is met. To cool the macro or microenvironment, the evaporation cooling system was used. Pads and fans can be very efficient evaporative cooling systems and are often applied in homes with more valuable chickens like breeders and layers.

Livestock and dairy farms

In hot and humid conditions, the milk cows are under thermal stress because the digestive system and metabolism cause them difficulty eliminating the heat. Heat stress cows have lower milk yield and breeding performance. The heat stress of cows can be reduced with both systems and evaporative cooling pads. A cow's skin provides the energy of the low-pressure sprinkler. The air energy is generated via the high-pressure misting system and evaporative cooling pads. In most tunnel-ventilated barns, evaporative cooling pads composed of fibrous material woven together with significant gaps in the grooves are attached to the air inlets. Tunnel-ventilated, water-padded barns reportedly lower room temperature during the hottest part of the day by 2.3–5.60C.

Commercial and industrial areas

In many sections of the country, technological progress has made evaporative cooling a viable alternative to conventional cooling in commercial and industrial buildings. Manufacturers have started to offer evaporative cooling systems in two stages ("indirect") that provide increased cooling efficiency and expand the geographic scope of evaporative cooling. Evaporative cooling solutions are inherently used in these large area facilities. These heavy-duty portable coolers are supplied by heated,stuffy air in a moist evaporation cooling pad which consumes heat and turns the hot air into a cool, refreshing breeze. With the advancement of new raw materials mostly reinforced cellulose pad media is typically found in current industrial applications. This media is wetted, and the air passing through the wetted media is cooled adiabatically. To be effective, an industrial cooler must have the correct size and thickness cooling pad. The thicker and larger the cooling pad, the higher the cooling capacity.

Industrial Coolers

Cooling pads are the most important aspect of industrial coolers. The material for the cooling pads has a major impact on the cooling. The warm air passes through the cooling pads first. The cooling pads that have previously absorbed chilly water can convey the coldness to the air. The cool air instantly circulated outside of the cooling pads with the assistance of the fan.

Data centres

The vast amount of digital information stored and streamed is driving an increase in the number of data centers throughout the world. The huge computer power within these data centers produces heat and makes cooling a critical necessity for the building system. Evaporative cooling is an excellent approach to dramatically reduce the overall power consumption of data centers. It uses direct evaporating cooling and indirect evaporative cooling that uses cooling pads to cross a that cools a space. Evaporative cooling takes the evaporation process and employs it to cool data centers. The wet pad or the wet filter has these swamp coolers. In the water of these pads or filters, excess heat is dissipated and the data center is then cooled down.

The above Graph is for representation purposes only. This chart does not depict actual Market share.