Cyalith has a bioinspired structure similar to seashells, with the active ingredients being naturally occurring calcium carbonate and a biopolymer obtained from photosynthetic algae.
We aim to source the biopolymer as a waste product from 3rd generation biofuels production or other algae-based biomanufacturing. Therefore, Cyalith tiles could support the emerging bioeconomy by utilising what would otherwise be a low value by product.
United Kingdom
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| Article Code | – |
| Type | – |
| Finish | – |
| Properties | Naturally Occurring Calcium Carbonate and a Biopolymer Obtained from Photosynthetic Algae |
| Durability | – |
| Sustainability | – |
| Weight | – kg |
| Density | – kg/cm3 |
| Strength | – mpa |
| Insulation Properties | – |
| Fire Resistance | – |
| Load-Bearing Capacity | – |
| Density | – |
| Fire-Rating | – |
| Process | – |
| Material | Naturally Occurring Calcium Carbonate and a Biopolymer Obtained from Photosynthetic Algae |
| Percentage of Waste | – % |
| Upcycling Waste | – kg / sqm |
| Green Mark | — |
| Sample Size | – |
| Distribution Area | – |