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Water to Air Heat Exchanger Manufacturers and Companies

IQS Directory provides a comprehensive list of water to air heat exchanger manufacturers and suppliers. Use our website to review and source top water to air heat exchanger manufacturers with roll over ads and detailed product descriptions. Find water to air heat exchanger companies that can design, engineer, and manufacture water to air heat exchangers to your companies specifications. Then contact the water to air heat exchanger companies through our quick and easy request for quote form. Website links, company profile, locations, phone, product videos and product information is provided for each company. Access customer reviews and keep up to date with product new articles. Whether you are looking for manufacturers of water to air exchanger with blowers, water to air conductors, conductive heat exchangers, or customized water to air heat exchanger of every type, this is the resource for you.

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ARTICLES AND PRESS RELEASES

  • In Hot Water

    When you move as much as I have, you learn to appreciate a decent-sized hot water heater. Several of the places I've lived have had a tank just large enough for one short shower - this almost makes having two full baths a waste. I have never understood exactly what goes into the water heating process. Why did I run out of hot water in the U.S. but not in India? In India, my hot water heater was on the roof being heated by the sun. That system didn't seem...

  • Heat Exchanger Basics

    Heat exchangers have the ability to transfer heat from water to water, air to air and water to air. This makes them quite a handy piece of equipment to have and they are very valuable to the industries that use them the most. Heat exchangers can also be used to cool as well preventing any overheating that could potentially happen. They can take heat that is coming from an industrial process that would otherwise be wasted and apply that heat to any other process that might require heat. This can...

  • Human Nose Similar to Heat Exchangers

    Whenever I'm outside in the winter for a lengthy amount of time my nose always runs. This is whether I am sick or not. I always wondered why this is. It doesn't matter if I'm running, building a snowman or just walking down the street; my nose always seems to run in the winter. As it turns out, the human nose is very similar to heat exchangers. Heat exchangers do pretty much what the name describes. They transfer heat from one medium to another. Typical applications that exchange heat include...

  • Heat Exchangers: The Smart Decision

    If your company needs a cooling or heating system to maintain the health and productivity of another system, then exploring the world of heat exchangers should be at the top of your list. Whether your company is based in the petroleum, biotech, chemical, paper, food and dairy, automotive, aerospace, marine, medical or pharmaceutical industry, the heating and cooling systems you depend on are dependent on various heat exchangers. Air conditioners, process cooling, refrigeration, residential heating, vehicle operation, power generation and waste heat recovery are examples of systems that have longer...

  • Water to Air Heat Exchanger: The Radiator

    Radiators: they are found in old houses and considered to be charming, they are the bane of small children who do not believe mommy when she says don't touch that, it's hot and they are able to keep a home toasty all winter long. Radiators are one of the most common forms of water to air heat exchangers around. These heat exchangers are not only found in residential and commercial settings but also designed for automotive vehicles of various shapes and sizes as well as being apart of some electronic...

Industry Information

Water to Air Heat Exchangers

Water to air heat exchangers are devices used to transfer process heat from water into the air. Water is typically used in liquid to air heat exchangers because it is readily available and has excellent conductive properties; however liquids such as a water-glycol solution, steam, or a refrigerant may also be used. A refrigerant is a compound that undergoes a phase change from a gas to a liquid and back.

As a more affordable plate heat exchanger option, water to air heat exchangers eliminate costly expenditures that arise from fluid handling in liquid to liquid heat exchangers. Water to air heat exchangers can also function as air to water heat exchangers and some of their many applications include air conditioning, dehumidification, residential heating, process cooling, refrigeration and waste heat recovery. Often used in industrial, commercial and residential industries, water to air heat exchangers are also beneficial for industries such as pharmaceutical, marine, automotive, aerospace, oil and gas, medical, semiconductor, photonics and HVAC. The functions of water to water heat exchangers or water to air heat exchangers are very similar to air cooled chillers and depending on their size can be used in spaces ranging from a single room to 6000 square feet industrial workshops.

Typically, water to air heat exchangers are designed in plate, flat plate or plate and frame configurations; these designs are commonly used to transfer heat between liquid and gases. Gases do not transfer heat as easily as liquids; however plate heat exchangers have a larger partition's surface area than shell and tube heat exchangers which enables plate configurations to offer faster and more efficient heat transference to gases. Most water to air heat exchangers consist of a series of interlocking, thin, corrugated metal plates which are fabricated into a closed structure and use an inlet and an outlet to receive and discharge water and air. Heated water is then forced to flow on one side of a plate while the comparatively cooler air flows on the other side; the large surface area of the plate enables the easy transference of heat between the heated water and air. There are tubes that connect the plates and ensure that the water and air flow never mix while flowing through the heat exchanger. The thermal energy only flows from the hotter to the cooler in an attempt to reach equilibrium at an even temperature. Water to air heat exchangers are largely constructed from materials such as steel, titanium, copper, bronze, stainless steel, aluminum or cast iron.



Water to Air Heat Exchangers
Water to Air Heat Exchangers
Water to Air Heat Exchangers - HEXECO, Inc.
Water to Air Heat Exchangers - HEXECO, Inc.






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