Devatech Engeenires PVT LTD.

Company Description

Devcool evaporative cooling pads is made of fluted cellulose sheet those are glued together. Cellulose sheet is treated with unique ingredients to achieve high cooling efficiency & degradation resistance.

As hot air passes through the Devcool Evaporative Cooling Pads, a stream of cool and refreshing air is produced.

Devcool model 5090 & 7090 evaporative cooling pads are developed to provide exceptional Devatech Engeenires PVT LTD.tting properties and air flow to achieve optimum cooling capacity and maximum durability. Our cooling pads are your best choice!

The cooling pad acts as a device that cools air through the evaporation of water.

Devatech Cellulose cooling pads differs from typical traditional air conditioning systems and Evaporative cooling works by employing water's large enthalpy of vaporization.

Features of Our ECPs:

    Excellent wetting properties
    Strong And self supporting
    No water carry over
    ECO friendly
    High evaporation & cooling efficiency
    Long life span
    Self Cleaning
    Easy to install
    Low Pressure drop
    Dirt Resistant
    Low Operation Cost

Applications where Devatech Cooling Pads are used:

    Greenhouse & Horticulture industry
    Vegetable Storage
    Mushroom Farming
    Seed Farming
    Floriculture
    Poultry & livestock
    Poultry Farms
    Livestock
    Hatcheries
    Dairy Farms
    Industrial & comfort cooling
    Cooling Fan
    Pre-coolers
    Industrial Humidification
    Residential Cooling

Features and Benefits of Cooling Pad

The Making of Cooling pad?

Evaporative Cooling Pads are made of special grade cellulose paper. Cell pads consist of corrugated sheets of such cellulose paper gathered in an opposite sequence, which generates air passage inside the cell.

The specially engineered fluted structure of the E.C.Pads prevents sagging and resists obstruction.

The cross sections of the Evaporative Cooling Pads are glued with special glue. The glue does not limit even after coming in contact with water for years. Whe