API Heat Transfer now offers a line of frac pumper cooling modules in a cube configuration for applications that require a lighter, more compact cooling package than our standard horizontal units.
These modules are made with aluminum heat exchanger technology and feature critical design enhancements that greatly improve maintenance, including a large cab-side access door for on-site cleaning.
API Heat Transfer is your global source for engine cooling solutions. We’re equipped to offer unparalleled engine cooling performance to meet the rigorous requirements of mobile and industrial customers worldwide.
We offer an array of internal and external fin configurations that produce some of the most efficient air-cooled heat exchange cores in the industry, so your engine has more power to perform, even under the harshest conditions.
We focus our engineering expertise on the markets you serve. By understanding your customer applications, we’re able to offer a broad spectrum of components and complete engine cooling systems designed to fit the needs of engine markets across the world.
API Heat Transfer offers the broadest, most complete air-cooled product lines available.
API Heat Transfer offers Thermal Transfer Products manufactured custom OE engine cooling modules for small gasoline engines to large-horsepower turbo diesel applications. Your choice of a variety of materials and core types (S-BAR, T-BAR, or P-BAR) offers design flexibility for high-performing radiators, CAC’s, or oil cooling. Full system modeling and validation of cooling modules is provided.
T-BAR™ (tubular micro-channel extrusion) brings you the most refined cooling technology on the market today.
P-BAR™ (custom plate & bar) is your best heat-transfer solution for higher volume (qty.) applications, and when competitive costs are key.
S-BAR™ is the most affordable, high-flow cooling technology on the market today.
Our SIGMABRAZE brazed plate heat exchangers represent the most compact, rugged and cost-effective means of transferring heat in many industrial, process, and refrigerant applications. Built from 316 stainless steel with copper brazing materials, they provide exceptional corrosion resistance. Due to the smaller size and reduced material content, they can be the most economical heat transfer choice.
Due to the constraints of space and because of thermal considerations in many environments, an increasing number of commercial power generation installations require the cooling equipment to be remotely located from the generator room.
The kits can be cooled by a separate secondary water source, such as a cooling tower or remote radiator, and can be offered to withstand the secondary water source up to 160 meters above the engine. This makes them ideal for cooling engines situated in the basement of tall buildings, where the radiators need to be on the roof.
Our line of Covrad turnkey radiator cooling packages feature our unique high-performance cores and low horsepower fan engineered into a compact envelope. Choose from pre-engineered models or request a custom sized solution based on your specific rating and site conditions.
Specify a RhinoDrive™ turnkey engine-driven radiator from API Heat Transfer for your next high horsepower (3MW+ direct drive off engine) gen set installation to avoid using costly remote radiators with electric motor driven fans.
Our durable and versatile line of copper-brass heat exchanger technology can be applied to any set of operating conditions and is available in a wide range of sizes and types.
With thousands of our Bolted Plate-Fin radiators in the field, you won’t find anyone with a better track record of reliability and customer loyalty.
When you need a high performance, cost competitive core with a durable bolted-tank design, our Bolted Serpentine-Fin radiators hit the mark.
We introduced our Bolted Serpentine cores as a cost competitive alternative to our traditional bolted plate-fin cores. Like our plate-fin line, our serpentine cores are built tough and provide enhanced heat transfer performance.
By forming a permanent mechanical bond joint between the tubes and steel header, we’ve created the ultimate in copper-core technology.
We source all ancillary components and combine them into a single, 100% compatible package, saving you time and effort in design, procurement, and installation of these components.
Custom designed in round shell and tube, or square engine and remote mounted fin designs, our high performance water cooled charge air coolers utilize extended surface cooling fins in either aluminium, copper, or stainless steel to ensure greater thermal effectiveness and durability. This means our customers receive superior performance at a practical price. For over 100 years, our heat exchangers have been trusted among equipment manufacturers in the transportation, power generation, construction, military and process industries.
Our Basco Type 500 remains the industry standard in ultimate value and long-term reliability. This proven fixed tubesheet shell and tube heat exchanger offers the cost effectiveness that comes with having a highly standardized design, while easily providing various options to meet specific customer requirements.
Our Basco Type 500 heat exchangers are manufactured in our ISO 9001 certified Buffalo, NY facility and our Suzhou, China facility. We employ Demand Flow Technology (DFT) manufacturing processes where finished goods are made “on-demand” from components and in-line support machining centers. We’ve invested heavily in DFT and embrace the superior quality, improved workflow, and cost controls inherent in DFT manufacturing.
Oil cooling requirements vary widely depending on the type of equipment and duty cycle required. We’ve specially selected fin and tube options to provide the exact performance and durability the application calls for. Whether its high viscosity start up or full temperature operation, our brazed aluminum oil coolers keep it cool. We carefully select each oil cooler to be compatible with your system and each product is carefully designed to provide you the best combination of heat transfer and pressure drop.
We’ve identified the best selection of hot and cold fin combinations to provide the ultimate in flexibility and provide the best heat transfer performance in the market.
Our patented TBAR replaces hot fins and bars with a single extruded tube for increased product durability.