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There are several industries that are starting to emerge and/or focus more on thermal management and the requirement for TIMs, leading to new and extremely large potential markets.

Thermal management is one of the most important topics in a wide range of applications; from electric vehicle battery packs through to consumer electronics, there is a pressing need to dissipate heat efficiently. Thermal interface materials (TIM) come in numerous types and play a crucial role in the thermal transfer from a heat source. This article looks at what the major innovations are for these materials and why those developments are significant.

A huge market is opening for component and material suppliers in the thermal management arena.

Imagine a situation where, given a request, a lab automatically chooses what experiments to do, robotically carries this out, tracks the reaction with integrated sensors, acquires and analyzes the results, and then decides what experiment to do next. This seems like science-fiction, but certain truths may be closer than you think.

Surprises abound in the new IDTechEx Research report, "Supercapacitor Markets, Technology Roadmap, Opportunities 2021-2041"

What do you now purchase by the kilowatt hour? The new supercapacitors replacing batteries. The new IDTechEx report, "Supercapacitor Markets, Technology Roadmap, Opportunities 2021-2041", shows how supercapacitors have started to replace 10% of lithium-ion batteries and help kill lead-acid.

Supercapacitors Turn the Corner - Supercapacitors and their variants have recently seen customer commitment to multibillion-dollar opportunities that were previously beyond their reach. Consider large peak-shaving ones for hybrid cars where the Geely orders will soon be followed by others.

This article highlights some key material development trends. More specifically, approaches to increase the thermal conductivity (in W/mK) of TIMs are considered. This is an important trend because the IDTechEx assessment is that the market, in absolute terms, for high or ultrahigh thermal conductivity TIM materials, will inevitably rise.

The electric vehicle market is growing rapidly, and with it the demand for fast charging, increased energy density and improved safety. Something that all these areas have in common is heat. Charging a battery quickly generates a lot of heat, with the extra energy capacity of modern and upcoming electric vehicle batteries, extracting this heat becomes more challenging.

The EV market is booming. The battery is a key feature for both cost and performance, the chemistry and cell levels are extensively discussed. However, everything else that goes into a pack is often overlooked.