SHT SMART HIGH-TECH AB

Their core work

SHT Smart High-Tech AB is a Swedish technology SME specialising in advanced nanomaterials and nano-scale device engineering, with a focus on carbon nanotubes (CNTs) and 2D nanomaterials for practical electronics applications. Their work bridges materials science and device integration: they have contributed to pilot-line production of functionalized CNTs for thermal management in electronics, and to the development of ultra-low power nano components — including NEMS, nano switches, nano antennas, and nano sensors — for smart wireless systems. Based in Gothenburg, they operate as a specialist technology provider within international research consortia, bringing nanomaterial processing and nano-device know-how that most SMEs lack. Their value to a project lies in translating nanomaterial properties into working electronic components rather than in fundamental research.

What they specialise in

How they've shifted over time

In their first H2020 project (SMARTHERM, 2016–2019), SHT's work centred on a specific materials engineering problem: producing functionalized CNTs at pilot-line scale to solve heat dissipation challenges in electronics — a thermal and manufacturing problem. Their second project (NANOSMART, 2019–2023) marks a clear shift toward system-level nano-device integration, with a rich keyword set spanning NEMS, nano switches, nano antennas, nano sensors, nanocharacterization, and 2D nanomaterials. The through-line is CNTs, but the application domain has moved from thermal management to ultra-low power wireless electronics — a higher-complexity, higher-value space. This suggests SHT is evolving from a nanomaterial supplier toward a nano-component designer for next-generation wireless and IoT hardware.

SHT is moving up the value chain from nanomaterial production toward integrated nano-device design for wireless and IoT applications — making them an increasingly interesting partner for projects at the intersection of nanotechnology and connected electronics.

How they like to work

SHT has participated in two projects as a consortium member but has never taken a coordinator role, which is typical for a small specialist SME that contributes a specific technological capability rather than managing project administration. Across two projects they have worked with 13 distinct partners in 8 countries, suggesting they do not simply recycle the same network — they bring their nano expertise into varied consortia. For a future partner, this signals a team that is comfortable integrating into multi-partner European projects and is likely valued for a narrow but hard-to-replace technical niche.

SHT has built a network of 13 unique consortium partners across 8 countries through just two projects — a relatively broad footprint for a two-project SME, indicating active engagement in diverse European research communities. Their Swedish base combined with multi-country partnerships suggests a genuinely European collaborative reach rather than a regional cluster.

What sets them apart

SHT occupies a rare intersection: a private SME with hands-on capability in both CNT material production (including pilot-line scale) and nano-device integration for electronics — a combination that university labs often have on paper but struggle to deliver in project-ready form. Their Gothenburg base places them in one of Europe's stronger deep-tech ecosystems, and their progression from thermal materials to wireless nano components shows they can apply nanomaterial expertise across multiple electronics application domains. For a consortium needing a credible industrial nano-component contributor rather than a pure research partner, SHT is an unusually practical choice.

Highlights from their portfolio

• SMARTHERM
  The larger of the two projects (EUR 678,250) and notable for its pilot-line production focus — rare in H2020 research projects — targeting real manufacturing of CNT-based thermal interface materials for electronics.
• NANOSMART
  Demonstrates SHT's broadest technical range, combining NEMS, nano switches, nano antennas, nano sensors, and 2D nanomaterials in a single wireless systems project, signalling a transition from materials to integrated nano-device design.