Material Research
Waste-Based Composites
Five distinct material compositions transform organic waste into beautiful, carbon-sequestering architectural components. Each formulation has been rigorously tested for durability and performance.
Interactive Explorer
Material Compositions
Drag the wheel or click on a tile to explore each material composition and its unique properties.
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Industrial byproduct
Eco-Resin Base
A gypsum-based plaster serving as the primary binding matrix for waste additives. 98% calcium sulfate dihydrate with 2% silicon dioxide.
Carbon Sequestration
0.118 kg CO2e/kg
Process
Environmental Impact
Embodied Carbon Comparison
Our eco-resin base has dramatically lower embodied carbon compared to conventional architectural materials.
48x
Lower carbon than epoxy resin
10x
Lower carbon than Jesmonite
Net Negative
With waste additives sequestering carbon
Quality Assurance
Material Testing
Each composition undergoes rigorous testing to ensure durability, safety, and performance in architectural applications.
Flame Resistance
Self-extinguishingMaterial does not sustain flame when ignition source removed
Water Porosity
Resistant (with beeswax)Beeswax coating provides effective moisture barrier
Drill Test
Moderate strengthAdequate structural integrity for decorative applications
Needle Test
Surface hardness verifiedConsistent density throughout material thickness
See how these materials are made
Follow the journey from waste collection to finished architectural components.
View Process