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Energy storage

Graphmatech

Graphene-based nanocomposites address key industrial challenges in markets where high electrical- /thermal conductivity, high wear resistance, low friction, or a combination of these is needed.

Graphmatech

Commercialised by

Graphmatech

Uppsala

Mältargatan 17, 753 18 Uppsala, Sweden

Sustainable developement goals
SDG 07SDG 09SDG 12SDG 13

Unlocking the industrial potential of graphene for enhanced performance, resource efficiency and sustainability

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The need

The industrial potential of graphene has been limited by technical and commercial challenges. One particular problem is that during upscaling, graphene clumps together – a process called agglomeration – weakening its properties and reducing its commercial viability.

The solution

Graphmatech has cracked the code to scaling graphene-enhanced materials for cost-efficient industrial use, boosting performance, resource efficiency and sustainability. Breakthrough graphene and patented technologies help prevent agglomeration, ensuring dispersion and integration into plastics and metals. This opens doors to large-scale applications in industries, from 3D printing, conductive polymers, and industrial packaging to hydrogen storage and transportation.

The value proposition

  • Advanced materials development at unmatched speed through machine learning integration.
  • Flexibility to work with different graphene types and materials.
  • Materials adopt graphene attributes, such as conductivity, strength, self-lubrication, and barrier properties.
  • Modular manufacturing for rapid and cost-effective scale up, with possibility to establish 100-tonne production sites globally within months.
  • Graphene is made commercially viable.