Category: Heat Exchangers

Battery Manufacturing and Thermal Management: Maintaining Safety and Performance

Electric vehicles (EVs) continuously apply pressure to achieve greater energy density and faster charging – which is accomplished by applying remarkable currents into the battery pack. The downside of introducing…

Cooling Plates in High-Heat Environments: Protecting Equipment and Ensuring Product Quality

Heat is the main cause of equipment failure in high-performance manufacturing. Concentrated thermal loads shorten component life, drive process variation, and compromise product quality in ways that are difficult to…

Why PCHEs Matter in Launch and Propulsion Systems

Aerospace environments penalize excess mass. Onboard weight budgets are rigid. Launch vehicles require extreme thermal control under severe conditions. Traditional shell-and-tube heat exchangers are too heavy and voluminous. Printed Circuit…

Microchannel Heat Exchangers in Power Generation: Improving Efficiency in High-Temperature and High-Pressure Systems

Thermal management plays a critical role in hydrogen production and hydrogen-generated power systems. Because of extreme peak load conditions and quick temperature fluctuations during start-up and shut-down operations, heat needs…

Designing for Extreme Conditions: Materials and Manufacturing Methods for Aerospace-Grade Microchannel Heat Exchangers

Extreme vibration, shock loads, rapid temperature changes, pressure fluctuations, and very long operating times create demanding conditions for aerospace heat exchangers. In order to perform the function of cooling and/or…

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