Solutions
Enerquip’s vast expertise stretches from dairy processing equipment to industrial heating applications. Learn more about the quality equipment that makes us a leader in the industry.
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Industrial Heaters
As a leading supplier of industrial heaters, you can count on quality craftmanship and robust fabrication.
Industrial HeatersIndustrial Heaters
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Heat Exchangers
Enerquip’s shell and tube designs are manufactured to TEMA guidelines and ASME Code. Our custom heat exchangers can be built in a variety of materials, including carbon steel, stainless steel, and higher alloys.
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Vapor Condensers
Whether you are trying to control emissions or recover valuable solvents, Enerquip can design and fabricate a condenser that will achieve your objectives, under vacuum or pressure conditions.
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Tank Heating
At Enerquip, we specialize in designing, engineering, and manufacturing complete, high-efficiency tank heating solutions for terminals across North America.
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Industries
Our Process
Our experts and engineers have been challenging and refining our process for decades, giving Enerquip a reputation for innovative design, efficient manufacturing, excellent quality, and outstanding customer service.
About Us
Enerquip has been a trusted provider of American-made sanitary and industrial heating and cooling solutions since 1985. Our equipment is built in our fabrication shops in Medford, Wisconsin and Beggs, Oklahoma.
Our mission is to serve our customers by maximizing their efficiency and productivity. By building innovative, quality thermal solutions, we aim to effectively optimize our customers production process.
Associations & Partnerships
Our Blog
Industrial Heat Exchangers: Types, Applications, and How to Choose the Right One
Explore industrial heat exchanger types, applications, and selection tips, including suction heaters, shell and tube, and bayonet heaters.
Read MoreWhy Your Hot Oil Heater is Burning Up Your Heating Fluid
Discover the real cause of heat transfer fluid breakdown in thermal fluid heaters and how film temperature, heater design, and fluid selection work together.
Read MoreUnderstanding Cold Process Heat Exchangers
Cold-process heat exchangers require specialized low-temperature design. Learn key engineering features, welding considerations, and ASME/TEMA requirements.
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