Graphene in floorball blades

Graphene & other 2D materials

The strength of graphene will improve floorball blades

Graphene has been shown to be able to reinforce polymers and make them significantly stiffer, or alternatively reduce weight while retaining the mechanical properties.

Chalmers Industriteknik participates in a project together with Renew Group, Polykemi and Götene Plast, which aims to strengthen floorball blades using graphene. The project will develop floorball blades that are stiffer than the current blades, while the weight is unchanged, by adding graphene to polyethylene (PE) and polypropylene (PP).

With the support of Chalmers Industriteknik, Polykemi will develop a mixture of graphene in PE and PP and evaluate the rigidity of test structures. Götene Plast will then use injection moulding to obtain blades that will be tested by Renew Group. Both Götene Plast and Polykemi also see the opportunity to apply their improved knowledge – on how to use the graphene in polymeric materials – even in other areas.

More projects
Project

AI-Driven Modeling and Degradation of Biodegradable Polymers in Nordic Climate Conditions

In Nordic climates, even biodegradable bioplastics can persist in soil for long periods or degrade incompletely into microplastics. This project develops AI‑based models that, usin…

Project

Climate footprint reduction, Sustainable E-Commerce with AI Technology

In Sweden, around 40 million shoes are sold annually, of which a third are online. Despite this, 30% of these shoes, equivalent to 4 million pairs, are returned due to sizing issue…

Project

AIKIDO – Generative AI-based Kitting with Integrated Deliberation

AIKIDO brings the future of manufacturing to life by combining AI vision, safe robot planning and natural language interaction. Through industrial test environments, we demonstrate…