Best heat exchangers


  • 130,000 - 180,000 BTU CAPACITY: Depending on the...
  • 20 PLATES; 3"x8" 3/4" MPT: 20 brazed plates work to...
  • HIGH QUALITY STAINLESS STEEL 316L AND 99.9% COPPER: Lesser...
  • 1" Copper Connections
  • 130,000 - 180,000 BTU CAPACITY: Depending on the...
  • 20 PLATES; 3"x8" 3/4" MPT: 20 brazed plates work to...
  • HIGH QUALITY STAINLESS STEEL 316L AND 99.9% COPPER: Lesser...
  • Outdoor Furnace Supply
  • CRC Press
  • Sadik Kakaç, Hongtan Liu, Anchasa Pramuanjaroenkij
  • Publisher: CRC Press
  • AGPTEK well male durable Aluminum Heat Exchanger Radiator...
  • Applicable to computer CPU,industrial variable frequency...
  • Using the black oxidation paint to increase the thermal...


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Our Top heat exchangers Pick

Brazed Plate Heat Exchanger Stainless Steel SS316L 3"x8" 20 Plates 3/4" MPT 180,000 BTU/hr Hydronic Heating
  • 130,000 - 180,000 BTU CAPACITY: Depending on the application, this product can produce 130kBtu to 180kBtu per hour.
  • 20 PLATES; 3"x8" 3/4" MPT: 20 brazed plates work to efficiently heat water for your application.
  • HIGH QUALITY STAINLESS STEEL 316L AND 99.9% COPPER: Lesser quality materials can cause problems in your heating system, which is why we only use the best materials for our products.
  • UL LISTED; FREE 1 YEAR WARRANTY: Our plate heat exchangers come with a 1-year warranty to cover manufacturer defects.
  • MANY WATER HEATING APPLICATIONS: These can be used for Domestic Water Heating, Floor Heating, Snow Melting, District or Zone Heating Systems, Outdoor Wood Furnaces, Hydraulic and Lube Oil Coolers, Radiator Heating, Hydronic Heating, Solar Heating, Wood Boiler

Everything for the garden: heat exchangers Video Guide

Heat exchangers are suitable for a wide range of applications and are primarily used where excess energy is to be converted into heat. By installing a heat exchanger, the efficiency of a heating and hot water system can be increased and operated with lower energy consumption. Practically, a heat exchanger can be used wherever the heat generated is practically generated as a "waste product" and simply escapes into the environment without further processing. Most commonly, a heat exchanger is used in connection with water or processed in a private heating system in the house, as well as in a floor heating. But not only with water, but also with heated oils or other liquids, as well as with steam, air and warm gases, a heat exchanger is helpful and converts the excess heat into valuable energy. This can in turn be used as heating heat or used for the temperature control of hot water or air or the other heating of liquids.


The medium for a heat exchanger is the substance that gives off heat and allows it to be converted by a heat exchanger. The heat exchange always takes place between two media and requires a temperature difference. The most common is the use of heat exchangers in air-to-air, water-to-water or oil-to-oil heat diversion. However, this does not mean that the function of heat exchangers is limited exclusively to a heat exchange between two uniform substances. With the excess heat from the swimming pool can be easily operated by means of a heat exchanger, the heating. For the user this means that he uses his existing resources optimally and gives away valuable energy. In the annual accounts, the use of heat exchangers always characterized by reduced energy costs and thus by a saving. The two media pass through the heat exchanger with spatial separation and do not reach by a common pipe or in a common space. The heating takes place by means of the highly conductive metal, without which, for example, during the heating of water, risks can arise through the second medium, for example a gas. Heat exchangers consist of an inner body of conductive metal and transfer the excess heat on the nature of the second substance in the device.

The most obvious advantage of a heat exchanger is based on the saving of energy costs. Those who continue to use excess heat and do not simply dump it in the air can save a lot of money and valuable resources. In modern households with their own small power plant, a pool or in large companies with heat-generating processes in material processing, it is common for a heat exchanger is used and used for the conversion of heat. The waste heat is used optimally and, moreover, the waste heat-emitting material is protected against overheating. The overall process is much more economical and the bottom line is to save costs by using the heat exchanger for waste heat recovery and its conversion. Disadvantages can only arise if it is not possible to exchange the heat or if there is only so little waste heat that, despite the heat exchanger, there is no optimization of the use of resources. This is the case, for example, if you want to use the waste heat of a tempered garden pond for the heating system and know that the heat release is only marginal and takes place only in the warm season. An accurate calculation of the savings is possible and should be made by a person skilled in the art before deciding on a heat exchanger.

There are different heat exchangers with different capacities and possibilities. Not every heat exchanger is suitable for every application and for any substance from which waste heat is to be removed and associated with a cooling process. The best way to read reviews from other buyers and get through the reviews an overview of which heat exchanger with the best result convince and save a lot of energy. Furthermore, one can also read in forums or get advice from a specialist who calculates the amount of energy saved and thus can give a prognosis for the cost savings. Finally, a price comparison for heat exchangers is helpful and can be done between different high-quality and high-performance models. When buying, you should focus primarily on a well-known brand and prefer a heat exchanger that convinces with a good rating and numerous customer opinions. Each heat exchanger saves energy and thus costs, if it fits the own claim and the prevailing circumstances.

TOP 5 heat exchangers Bestseller

Brazed Plate Heat Exchanger Stainless Steel SS316L 3"x8" 20 Plates 3/4" MPT 180,000 BTU/hr Hydronic Heating
  • 130,000 - 180,000 BTU CAPACITY: Depending on the application, this product can produce 130kBtu to 180kBtu per hour.
  • 20 PLATES; 3"x8" 3/4" MPT: 20 brazed plates work to efficiently heat water for your application.
  • HIGH QUALITY STAINLESS STEEL 316L AND 99.9% COPPER: Lesser quality materials can cause problems in your heating system, which is why we only use the best materials for our products.
  • UL LISTED; FREE 1 YEAR WARRANTY: Our plate heat exchangers come with a 1-year warranty to cover manufacturer defects.
  • MANY WATER HEATING APPLICATIONS: These can be used for Domestic Water Heating, Floor Heating, Snow Melting, District or Zone Heating Systems, Outdoor Wood Furnaces, Hydraulic and Lube Oil Coolers, Radiator Heating, Hydronic Heating, Solar Heating, Wood Boiler
AB Pool Heat Exchanger 155kBtu Stainless Steel 316L Same Side Ports 1 1/2" & 1" FPT for 11,900 Gallon for Spa/Solar/Pool Heating
  • Pool heating capacity up to 11,900 gallon 155 kBtu/hr fresh pool based on 60°C (140°F) temperature difference between incoming heating and heated water
  • Fully made of high grade anti-corrosion stainless steel 316L for swimming pool, spa, hot tub with chemical treatment.
  • 1 year warranty to cover manufacturer defects.Comes with 2x SS316L mounting brackets.
  • 1 1/2" FPT same side for pool water and 1" FPT for hot water
  • Various applications: Pool/spa/hot tub heating, outdoor wood furnaces, hydronic heating, forced air heating, floor radiant heating, snow melting, solar water heating
Heat Exchangers: Selection, Rating, and Thermal Design, Third Edition
  • CRC Press
  • Sadik Kakaç, Hongtan Liu, Anchasa Pramuanjaroenkij
  • Publisher: CRC Press
  • Edition no. 3 (03/01/2012)
  • Hardcover: 631 pages

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Best heat exchangers
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