Applications

Custom Oil Cooler Design and ManufacturingCustom Oil Cooler Design and Manufacturing

When standard plate and fin exchangers can't meet your heat transfer needs, we provide custom oil cooler design services to develop solutions that are efficient and affordable.

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Custom Compact Condenser Design & ManufacturingCustom Compact Condenser Design & Manufacturing

Our team of experienced thermal engineers and designers choose from our vast array of heat transfer fin and a broad selection of materials to create custom condenser designs specific for your needs. Metals typically used include Aluminum and Stainless Steel.

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Custom Compact Evaporator Design & ManufacturingCustom Compact Evaporator Design & Manufacturing

Niagara Thermal develops custom compact evaporators for a variety of applications  including Environmental Control Systems, Vapor Compression Systems, Fuel Cells, Waste Heat Recovery and Electronics.

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Electronics CoolingElectronics Cooling

Niagara Thermal Products designs and manufactures heat sinks, cold plates and compact heat exchangers suitable for direct or indirect cooling of electronic components. These products can be designed using natural or forced convection, or use a fluid compatible with electronic components.

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Fuel Cell ComponentsFuel Cell Components

Niagara Thermal designs and manufactures heat transfer fin for fuel cell stacks. The formed fin are designed to provide a rigid passage between cells, ensuring optimum performance. The fin may be made of any formable alloy and are held to very tight tolerances and quality requirements.

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Intercoolers & AftercoolersIntercoolers & Aftercoolers

Niagara Thermal designs and manufactures a number of specialized compact heat exchangers used to cool turbocharged or supercharged air.

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Aerospace Aftermarket SupportAerospace Aftermarket Support

Niagara Thermal Products provides a range of capabilities at its FAA and AS9100/ISO9001 certified manufacturing facilities to support the aerospace aftermarket. Our engineering team and production team is capable of reverse engineering and manufacturing most heat exchangers currently in use on commercial, military and general aviation aircraft.

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