Heat Exchangers & Heat Exchanger Manufacturers

Heat exchangers are heat transferring devices used to move heat from one gaseous or liquid substance to another for the purpose of either heating or cooling a substance for another process. Constructed with thermally conductive plates or tubes, heat exchangers are used to transfer heat from water to water, air to air, water to air or steam to other liquids – such as lubrication oil.

Many industrial processes require heat exchangers to perform a crucial role in the design, operation and maintenance of heating systems, air-conditioning systems, vehicle operation, power generation, refrigeration, chemical processing, offshore oil rigging and engineering systems. They can also be used in the process of waste heat recovery in industrial facilities. There are a number of varieties of heat exchangers which are used according to their location and purpose. They are typically constructed with a shell and tube design or a flat plate design, in which fluids, steam and/or air flow through heat-conducting tubes or conductive plate-walled cavities. Plate heat exchangers can be configured as plate and frame heat exchangers or flat plate heat exchangers, while shell and tube heat exchangers in a tubular design may be designed as tube heat exchangers, finned tube heat exchangers, oil coolers or spiral heat exchangers. Water to water heat exchangers and marine heat exchangers typically have a shell and tube or spiral design, while air to air heat exchangers and water to air heat exchangers are generally configured in a plate, flat plate or plate and frame design.

Some Leading Manufacturers

Industrial Heat Transfer, Inc.

Coon Valley, WI | 608-452-3103

Industrial Heat Transfer, Inc. is committed to providing you with high performance heat exchangers. We are an ASME/PED MILSPEC qualified custom manufacturers that specializes in creating continuous plate fin and tube based heat transfer products. We are your reliable manufacturer of versatile heating solutions. Please give us a call today for more information about our products or services.

Heat-Exchanger USA

McDonough, GA | 800-780-3776

Heat-Exchanger USA has over 20 years of experience designing and manufacturing shell and tube heat exchangers. All of our heat exchangers are backed by top-notch technical expertise, and we work with you to understand your needs, ensuring you get the right solution for your applications. Call us today or visit our website for more information on all of our products and services.

Enerquip, LLC.

Medford, WI | 715-748-5888

We aim to exceed your expectations, and it is our mission to provide you with the quality, performance and on-time delivery to keep your heat exchanger project on track. We have over 40 years of design, engineering, and manufacturing experience, and we have earned a reputation for innovative design, exceptional quality, efficient manufacturing, and outstanding customer service. Give us a call or visit our website for your shell and tube heat exchanger solution!

Enfab, Inc.

House Springs, MO | 636-677-3211

We have extensive manufacturing experience dating back to 1938, specializing in the design and manufacture of heat exchangers. Our mission is to provide you with the best and most cost effective shell and tube heat exchangers on the market. Our FRE-FLO heat exchangers are the absolute best heat exchangers for hard water and other high fouling applications, and we also offer many other options, including custom designs. Give us a call today to learn more about our exceptional products.

American Industrial Heat Transfer, Inc.

Lacrosse, VA | 434-757-1800

American Industrial Heat Transfer is your source for quality heat exchangers and heat transfer related services. We manufacture and supply many different types of heat exchangers, including air to air, air to liquid, and liquid to liquid heat exchangers. We have more than 30 years of proven experience serving customers from a wide range of industries, and in addition to heat exchangers, we can provide you with replacement parts, accessories, and design, installation, and maintenance services.

Harris Thermal Transfer Products

Newberg, OR | 503-538-1260

We are a reliable manufacturer of heat exchangers and heat transfer equipment, utilizing more than a century of experience to deliver some of the highest quality heat exchangers in the industry. We design a broad range of thermal transfer products, including shell and tube heat exchangers, and we can construct your heat exchanger solution from many different materials, such as stainless steel, titanium, copper, nickel, and many other alloys. Whatever your application, we have a heat transfer solution for you!

Manufacturers of pneumatic conveyors design conveyor systems to handle a broad range of materials with various properties. Most pneumatic conveyors are designed to handle specific materials. These include abrasive materials like silica sand, hazardous materials like sodium sulfate, materials that cake or clump together like fly ash, sticky or moist materials like sugar, non-free flowing materials like flour, friable materials like graphite flakes and heterogeneous mixtures like cereal. Most pneumatic conveyors and vacuum conveyors belong in one of two categories; their pressures and conveyance speeds distinguish them from each other. Dilute phase conveyors are the most common pneumatic conveyors. They are called “dilute phase conveyors” because they dilute materials in a conveyance channel with compressed air or with a powerful vacuum. The materials become suspended in the channel and don’t make sustained contact with its surfaces. This allows for a continuous flow of materials between their source and destination. The other main pneumatic conveyor category is dense phase. Dense phase conveyors do not produce an air stream that suspends materials. Dense phase conveyors are mainly used for the transportation of larger materials compared to those transported by dilute phase conveyors. Objects moved through dense phase conveyors slide along the bottom of the conveyance channel. Different operations call for different pneumatic conveyor configurations, and all of a material’s properties should be considered when choosing between dilute phase and dense phase conveyors.

Manufacturers of pneumatic conveyors design conveyor systems to handle a broad range of materials with various properties. Most pneumatic conveyors are designed to handle specific materials. These include abrasive materials like silica sand, hazardous materials like sodium sulfate, materials that cake or clump together like fly ash, sticky or moist materials like sugar, non-free flowing materials like flour, friable materials like graphite flakes and heterogeneous mixtures like cereal. Most pneumatic conveyors and vacuum conveyors belong in one of two categories; their pressures and conveyance speeds distinguish them from each other. Dilute phase conveyors are the most common pneumatic conveyors. They are called “dilute phase conveyors” because they dilute materials in a conveyance channel with compressed air or with a powerful vacuum. The materials become suspended in the channel and don’t make sustained contact with its surfaces. This allows for a continuous flow of materials between their source and destination. The other main pneumatic conveyor category is dense phase. Dense phase conveyors do not produce an air stream that suspends materials. Dense phase conveyors are mainly used for the transportation of larger materials compared to those transported by dilute phase conveyors. Objects moved through dense phase conveyors slide along the bottom of the conveyance channel. Different operations call for different pneumatic conveyor configurations, and all of a material’s properties should be considered when choosing between dilute phase and dense phase conveyors.

Besides the large variety of materials pneumatic conveyors are able to handle, they also have the benefit of low product leakage. This remains particularly important in industrial applications involving the conveyance of hazardous materials where a leak can be dangerous as well as a threat to the operation. Other benefits of pneumatic conveyors include sanitary operation and a wide range of models to suit the varying needs of different industries and products. Product damage in pneumatic conveyors is minimal compared to occurrences of product damage or loss in screw conveyors and tubular drag conveyors. Flexible screw conveyors and tubular drag conveyors are used for bulk material handling applications similar to those of pneumatic and vacuum conveyors. Although screw conveyors and tubular drag conveyors tend to require less energy than pneumatic conveyor blowers and vacuums, screw conveying is more likely to cause product damage by caking, smearing, packing or grinding. Non-free flowing, friable and liquefiable products in particular are most efficiently and carefully handled by pneumatic conveyors.

Industrial Heat Transfer, Inc.

Industrial Heat Transfer, Inc.Heat Exchangers