Back to markets
Power electronics thermal management
Power & Industrial Automation
In the advanced manufacturing processes of Industry 4.0, intense automation driven by robotics, power electronics, and advanced control systems has made high power density one of the most demanding industrial challenges.
Smart manufacturing involves a seamless integration of automated systems across production plants, energy distribution, and storage. This efficiency extends from generation through industrial and public infrastructure, where managing high-voltage loads is critical.
Effective management of heat and performance is a fundamental requirement in every stage of these processes. Aismalibar’s range of specialised materials guarantees precise thermal control, ensuring the reliability and efficiency needed to power the next generation of global industry.
Inverters and Power Converters
Inverters and Power Converters
Inverters and power converters are the backbone of modern power electronics. Beyond simple rectification, these systems manage complex DC/DC, DC/AC, and AC/AC conversions, precisely regulating voltage, frequency, and phase to optimise power flow. This high-frequency switching and power regulation driven by advanced semiconductors generate significant thermal stress. Aismalibar provides high-performance substrate solutions designed to withstand high currents and ensure efficient heat dissipation, maintaining optimal operating temperatures in the most demanding environments.
Welding Industry
Welding Industry
Aismalibar laminates are essential for high-performance welding systems and industrial power sources. These applications require managing extreme electric intensities and high duty cycles, where thermal stability is the defining factor for long-term system reliability. By integrating our advanced thermal management materials, the substantial heat generated by high-current conduction is efficiently channelled to cooling systems. It protects sensitive power components against the thermal fatigue caused by continuous industrial operation and repetitive power cycling.
