Evaporative Filter Pads for Health and Comfort
Replacing evaporative filter pads is essential to keep your cooler working efficiently. Aspen (wood-wool) and Celdek filter pads.
Woodwool / Excelsior
Our pads are constructed from woodwool. The sophisticated term for ‘Woodwool’ is ‘Excelsior’.
We are an Australian manufacturer of evaporative air conditioning filter pads. Peach Filters Pty Ltd manufactures and supplies evaporative filter pads Australia.
News
Odourless and chemically inert, aspen excelsior is most absorbent & wettable and water spreads freely over its surface by capillary action alone. Importantly, under test it cools air to lower temperatures than most other pads (up to 30%) and it has a useful life of approximately 12 months.
About Peach Filters.
Evaporative Filters Resist fungi
Peach Filters Pty Ltd uses aspen excelsior in its evaporative filter pads because it resists fungi growth. Aspen will not turn brown and sour as rapidly as other timbers.
We also stock evaporative air-conditioning spare parts.
Bonaire evaporative filter pads
Evaporative Filter Facts
Some materials, such as plastic, rubber, foam, cardboard or fibre glass may have a longer useful life with the option of washing the media and replacing it. The 30% extra cooling efficiency of aspen excelsior used in our evaporative filter pads more than justifies the comparatively low annual replacement cost of the aspen excelsior. More on Evaporative Cooler Filter & Pad Maintenance Australia.
Cooling Pads Evaporative Cooler Filters Australia
The evaporative cooler is becoming quite common in Australia for many reasons. As a result of using cooling pads to reduce the air temperature and filters to screen out pollutant, the cooling device has become a substitute to traditional air conditioning units.
Sometimes known as swamp coolers, the principles of the evaporative cooling system come from the organic world. As humid places with a canopy may allow breezes to cool the adjacent air, so too does an evaporative cooler reduce the temperature inside of buildings, residences, and structures.
More on Evaporative Filters Australia
From Wikipedia. An evaporative cooler (also known as evaporative air conditioner, swamp cooler, swamp box, desert cooler and wet air cooler) is a device that cools air through the evaporation of water.
New Evaporative Filters Better For Health and Save Power
We are all acutely aware of the dangers that we face in our lives every day, which is why we take steps to be as safe as possible. Cars are purchased with the latest safety equipment, install security systems in our homes, and try to maintain a healthy lifestyle that will help us live as long as humanly possible.
We do all of that, yet we also make a point of ignoring the air that we breathe in our homes. Old air conditioning units gather dust, dirt, bacteria, and mold over time, and all of that junk is circulated back into the air that we breathe, which does not make for the healthiest of living conditions. New evaporative filters installed are better for our health and save power.
More about New Evaporative Filters Better For Health and Save Power
Protect Servers In Data Centers
Clean Evaporative Filter Pads Protect Data Centers
With more and more data ending up on servers in data centers, the need to protect that information continues to grow. One of the biggest issues in the centers where the servers are stored is making sure that temperatures stay at a steady 25 to 30 degrees C. It can be costly to maintain that around the clock, but the use of adiabatic cooling helps keep temperatures steady at much more affordable prices.
Adiabatic cooling
Adiabatic cooling is often referred to as evaporative cooling, as when water evaporates it takes the heat with it when it goes. This is the principle on which this type of system operates, with buildings the size of data centers using a centrifugal fan and evaporative filter pads. The air generated by the fan, which often pulls in outside air, is passed through wet evaporative filters to produce air that is cooler than other systems, whilst also using a whole lot less energy. To get an idea of how this all makes sense, try a little experiment. Hold your finger in front of your mouth and blow on them. Once you have done that, wet your fingers and blow on them again, noticing that it feels a good deal cooler this time around.