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Aerogel Core combines materials science with acoustic, thermal and application engineering to develop practical systems for demanding product environments.
Engineering approach
Every programme starts with a defined engineering objective. That may be thermal behaviour, acoustic response, mass reduction, geometry, manufacturability or integration with an existing component.
We then select, develop and evaluate the most appropriate material route, combining aerogel and graphene expertise with modelling, testing and prototyping.
Core capabilities
We develop bio-based and advanced aerogel systems for applications where low mass, insulation and acoustic behaviour matter.
Development is guided by the operating environment and the way the material must be integrated into a product or structure.
Graphene-based routes provide a platform for engineering thermal behaviour, weight and wider functional performance.
We focus on practical development and evaluation rather than treating advanced material research as an isolated activity.
Our acoustic work connects material design, component behaviour and experimental testing to reduce unwanted noise or tune response.
This capability supports both new material development and targeted engineering questions within established product programmes.
Development process
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