Vanessa Heider
Technologies and Aesthetics
BIOWOUND. biofiber research laboratory
Our natural resources are limited and exploring biobased materials like hemp and flax can offer viable alternatives. Despite their environmental advantages, these materials are underutilized in the construction industry due to a lack of knowledge about their practical applications. Research indicates that flax fibres can replace glass fibres for a more sustainable option, with hemp being ideal for filling materials such as hempcrete, and flax's high tensile strength making it suitable for structural uses.
Combining hemp and flax maximizes their benefits, with hempcrete as an inner core encased in flax providing effective insulation against heat, noise and odours. Techniques like casting hempcrete and filament winding for structural elements demonstrate their versatility. Filament winding, inspired by nature, allows for diverse forms that showcase the materials' strength and potential.
A Biofibre Research Laboratory fosters innovation and public engagement, promoting research and education on biofibre technology to revolutionize construction practices.
More information
- Master thesis 'BIOWOUND. biofiber research laboratory'