TYPE : research
INSTITUTION : Institute of Computational Design
SCOPE : research, concept development, fabrication
YEAR : 2018
How can we exploit the stiffness of crystals in the context of a stool? This question drove the development of Crystallized, a project focused on creating a composite material that combines the rigidity of crystals with the flexibility of loose reinforcement. Through extensive research, we identified Aluminum Potassium Sulfate as the matrix and cotton thread as the reinforcement. The thread provided an ideal structure for crystals to form, creating a rigid, load-bearing composite.
The stool design maximized thread intersections to encourage crystallization, resulting in a 400mm x 500mm stool capable of supporting 85 kilograms (188 lbs). While crystallization offers robust properties and aesthetic appeal, its potential for structural and architectural use remains underexplored. Through this project, we hope to contribute to the wider investigation of crystallization as an innovative material in design and construction.
design develop 