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Appliation 1. Mineralised fibre templates
Structural control
With our know-how we can create structures and cross-sections that enable new applications. This includes hollow-core protein fibres that have properties that differ from solid fibres.
Silication
We are always drawn towards applications that will only work with protein fibres. Using chemistry unique to our protein fibre system, it is possible to template minerals such as silica to create new forms of glass fibre. This creates a foundation for the next generation of flexible optics and potentially for functionality and responsiveness.
Application 2. Biostimulant Fibres for Growing Media
Peptide backbone
Improves peat-free
Peptide backbone
Our biostimulant fibres enhance existing peat-free growing media. By incorporating them into the blend, they can improve moisture retention, facilitate nutrient release, and increase air porosity. All of this contributes positively to plant health and benefits professional growers.
Structural
Improves peat-free
Peptide backbone
The biostimulant fibres serve as excellent binders, enhancing the strength and structural properties of the peat-free growing media. This improvement contributes to better blocking and structural resilience, while also facilitating nutrient release.
Improves peat-free
Improves peat-free
Improves peat-free
The high nitrogen content, hygroscopy, and biostimulating effect of our biostimulant fibres can enhance nutrient release, increase yield, reduce time to harvest, and improve resilience in commercial growing. This can elevate the technical quality of peat-free growing media, particularly for demanding applications such as ericaceous ornamentals.