Aerogel blankets

Aerogel in blanket form marks a turning point in the world of insulating materials, combining aerogel’s extraordinary insulating properties with unmatched flexibility. This form enables unprecedented application across a variety of contexts, making thermal and acoustic insulation more accessible and practical in sectors ranging from construction to industry and beyond. The secret? An aerogel transformed into a flexible matrix that can be cut, adapted and applied wherever superior-quality insulation is needed.

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Composition and innovation

Aerogel blankets are the result of an ingenious process that weaves aerogel nanoparticles together with supporting fibres, preserving the porous structure and unique insulating properties of aerogel while adding exceptional strength and handling. This innovative composition not only maintains aerogel’s insulating effectiveness but also amplifies its applicability. Thanks to their composite structure, aerogel blankets resist compression and wear better than traditional aerogel, allowing a wide range of uses, from insulating pipework and critical infrastructure to thermal protection in extreme settings, such as the aerospace sector or underwater applications.

Flexibility of use

Thanks to its flexibility, aerogel in blanket form can be easily cut and adapted to complex shapes and surfaces, making it ideal for a wide range of applications. From insulating pipework and industrial equipment to uses in construction, as a thin but highly effective insulation for walls, ceilings and floors. Its ease of installation makes it particularly attractive for energy renovation projects and for applications in challenging environments, such as aerospace or maritime settings.

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Resistance and protection

Despite its lightweight and flexible structure, aerogel in blanket form offers exceptional resistance to water and vapour, as well as protection against fire and UV rays. These characteristics make it not only an excellent thermal insulator but also a material of choice for ensuring protection and durability in extreme environmental conditions.

Aerogel in blanket form represents a significant innovation in the field of advanced materials, offering a unique combination of performance, flexibility and resistance. It is a telling example of how materials science is opening new frontiers in sustainable technologies and energy efficiency, promising to revolutionise sectors and applications worldwide.