Coil Heat Exchanger Manufacturers and Companies

IQS Directory provides an extensive list of coil heat exchanger manufacturers and suppliers. Utilize our website to review and source coil heat exchanger manufacturers with our easy-to-use features which allow you to locate coil heat exchanger companies that will design, engineer, and manufacture coil heat exchangers for your exact specifications. Our request for quote forms make it easy to connect with leading coil heat exchanger manufacturers. View company profiles, website links, locations, phone number, product videos, customer reviews, product specific news articles and other production information. We are a leading manufacturer directory who will connect you with the right manufacturers whether you are looking for copper coil heat exchangers, cooling air exchangers, or coil exchanger protectors.

  • Coon Valley, WI 608-452-3103

    IHT is an ASME/PED MILSPEC qualified custom manufactuer of continuous plate fin and tube based heat transfer solutions. Our continuous fins give you the highest performance to coil face area ratio allowing for smaller units with faster ROI. With over 20 years of experience we can design a high quality solution for you at a competitive price even when you only need one unit. Our personal attention is second to none. Contact us today for more info!

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  • McDonough, GA 800-780-3776

    We are experts in the design, engineering and manufacturing of air to air heat exchangers and condensers to meet individual customers process requirements. Our spacious facility with full transportation access allows for machining and fabricating with a wide range of materials, which the Heat Exchanger USA team is able to fashion to the customer's specifications. Call us today for more information!

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  • Medford, WI 715-748-5888

    It is our goal here at Enerquip, LLC to design and manufacture the highest quality heat exchangers and oil coolers. We offer immersion coolers with long-term solutions for both generators and motors. We offer uniform cooling directly in the oil reservoir. All of our products comply with ASME certification. If you want superior quality products with a company that has over 40 years of experience, then you've come to the right place!

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  • Decatur, IL 217-422-2770

    Mason Manufacturing is a custom fabricator of shell and tube heat exchangers, ASME pressure vessels, columns, and tanks. Located in Decatur, Illinois, Mason has over 60 years of experience providing customers with custom fabricated vessels that conform to customer specifications, applicable codes, accepted industry standards and that are consistently shipped on time with competitive pricing. It’s our promise.

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  • Edmonton, AB 780-468-6722

    Edmonton Exchanger’s mission is to consistently meet and exceed the expectations of our manufacturing division’s customers by providing top quality custom fabricated steel products in a safe and timely manner. We endeavor to continually increase our production capacities and capabilities through innovative use of leading edge engineering and production technologies.

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  • Milwaukee, WI 800-488-0230

    Anguil designs, manufactures, installs and services heat and energy recovery systems for industrial applications and manufacturing operations. By utilizing waste heat from energy consuming processes, Anguil heat exchanger technologies reduce a company’s operating costs, lower their carbon footprint and lessen their energy consumption. Our track record includes the ability to blend time-tested, standard products with innovative, custom engineered solutions.

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  • More Coil Heat Exchangers Companies


Anguil Environmental Systems Celebrates a Major Milestone

  40th Anniversary Draws International Attendees to Milwaukee’s Discovery World   Milwaukee, WI:  Starting an environmental company in the late 1970’s was not nearly as well received as it would be today, but Gene Anguil, Founder of Anguil Environmental Systems, persevered. Four decades later, Anguil is recognized as a worldwide leader of industrial air pollution control and wastewater treatment technologies. On August 12th, the company is hosting a 40th anniversary party that will be truly international, drawing attendees from across the United States, Asia, and Europe. Held in downtown Milwaukee,... Read More

Enerquip Invests in Improvements to Its Wisconsin Facility

Enerquip, a homegrown company that specializes in a wide variety of shell and tube heat exchangers, recently broke ground on construction of facility improvements to meet its plans for continued growth. Enerquip has been one of the leading providers of heating and cooling equipment for production plants and the OEM's and system integrators that support them. The company crafts stainless steel and high alloy shell and tube heat exchangers of the highest quality, with delivery lead-times that are half of the industry standard.  The size of Enerquip heat exchangers can vary from... Read More

businessIndustry Information

Coil Heat Exchangers

Coil heat exchangers are one of the many devices in the heat exchanger family. Like their relatives, they work increase or decrease the heat of fluids. They may facilitate exchanges between two liquids, a liquid and a gas or vapor or two gases or vapors. Coil heat exchangers, again, like many of their cousins, are built to disallow any physical contact between the substance being cooled and the substance doing the cooling. In doing so, they prevent contamination. Coil exchangers take their name from their coil shape, which is created when the coil material is wound around an invisible core, with the tube piled on top of itself like a snake. Other names for coils used in coil heat exchangers include HVAC air coils, air coils and, in vehicles, heater cores.

Coils may be serpentine, helical, coaxial or completely customized. One of the most common coil designs involves the following: First, one end of the pipe is attached to the main body of the coil in order to feed it. Meanwhile, after the desired coil size has been reached, the other end of the pipe is sent through the middle of the coil heat exchanger. Here, much like the first end of the pipe, it connects to the heat exchanger pump, which circulates the heating or cooling substance through the coiled tube. Because this system creates constant circulation within a confined space and its every detail has been planned to improve the heating and cooling process, it proves to be very effective and efficient. Another reason that coil heat exchangers is that they have larger heat transfer areas, created by large number of tube coils arranged near each other. These close knit communities of coils translates to more lightweight, compact systems.

The effectiveness and efficiency achieved by coil heat exchangers are system qualities sought after by manufacturers and operators of many commercial, industrial and residential applications. For this reason, coil heat exchangers are important elements of many machines and systems, especially those related to chemical processing, power generation, air drying and tempering and vehicle operation. Applications that are particularly dependent on coil exchangers include air conditioning and central heating systems, compressors, heat pumps, boiler air preheating, pulp dryers, oil coolers, sump coolers and any other application involving vapor or gas condensation. To meet the requirements of these varying applications, coil heat exchangers may be built based on a number of types and styles. These include, but are not limited to: bare tube immersion coolers, copper coil heat exchangers, coil tube-in-shell heat exchangers, combination chiller air/ambient air water coolers, double-pip heat exchangers, gas to water coolers, stainless tube bundles, stainless steel tube immersion coils and tedson coil heat exchangers. Immersion coolers provide excellent care to generators and motors that need oil cooling services, and the copper used to make copper coil heat exchangers can meet the high industry standards of applications in aerospace, AC and refrigeration, construction, freon recycling and medicine.

Usually, metallic material, rather than a plastic or rubber material, is used to fabricate coil heat exchangers. Metallic metals and alloys offer the distinct advantage of increased conductivity. Some metals from which these long, thin heat exchangers are often made include: aluminum, nickel, steel, copper, titanium and a large number of metallic alloys. Copper in particular is highly conductive, with high strength and easy fabricating and soldering procedures. To lengthen their working lifetime and their efficiency, manufacturers may apply coatings and stains to metallic heat coil heat exchanger surfaces. Aside from conductivity, coil heat exchanger metals are chosen based on how they may be manipulated in order to bring more to the table, in terms of the improved efficiency of the heating system they will serve. For instance, titanium can easily be manipulated into a corrugated, or jagged texture style. Based on this fact, titanium is used in the heater exchange systems of many vapor and water applications, because corrugated surfaces positively affect them. Conversely, a smooth, copper surface coil exchanger is attractive to heater exchange systems that work with automotive or mechanical applications, like those attended to by oil coolers.

There are quite a few options available to those in search of the heating and cooling services offered by coil heat exchangers, no matter their pressure, flow and temperature specifications. They are easily installed and uninstalled and require little maintenance all around. These highly efficient, hardworking and versatile heat exchangers add value to any application. To get started, those looking to invest in coil heat exchangers need only to communicate their specifications and requirements to a reputable heat exchanger manufacturer.

More Coil Heat Exchangers Information

Coil Heat Exchangers Informational Video