Imagine taking paper or fabric and turning it into a solid 3D object, like a brick or a sponge, without using any glue or chemicals. This technology uses magnets and heat to bond natural plant fibers together into strong, breathable shapes. It creates a material that is completely natural and disappears safely in the environment when you're done with it.
Industries rely on fossil-based plastics, polystyrene, and peat, which are environmentally damaging and difficult to recycle. There is a lack of scalable, 3D-shaped biodegradable alternatives that maintain mechanical strength without using chemical binders.
An automated demo production line and a proprietary electromagnetic forming process. This system produces 3D cellulose-based materials like FibriAgri (growing media) and FibriSorb (chemical sorbent).
If you are a vertical farm operator dealing with the environmental impact of peat-based substrates — this project developed FibriAgri, a biodegradable, peat-free cultivation medium that supports sustainable plant growth.
If you are a packaging manufacturer dealing with difficult-to-recycle polystyrene fillers — this project developed lightweight cellulose 3D structures that provide a fully biodegradable alternative for protective packaging.
If you are a spill response company dealing with petroleum-based absorbents that pollute the environment — this project developed FibriSorb, a high-performance oil and chemical sorbent that replaces mineral-based products.
Based on available project data, specific pricing per unit is not provided, but the process reduces energy consumption by 50% compared to conventional methods, which may lower production costs.
Yes, the project established an automated demo production line with linear scalability and predictable throughput ratios up to 0.3.
The project developed a proprietary electromagnetic forming process; however, specific licensing terms are not detailed in the provided data.
The project established regulatory and policy alignment with EU sustainability goals to support the transition to a circular economy.
Based on available project data, the technology is demonstrated through an automated demo line, suggesting it is ready for industrial validation with commercial partners.
The project is led by a single Polish SME, FibriTech Sp z oo, representing a 100% industry ratio. This lean structure suggests a highly focused commercial drive, as the company manages both the technical development and the market validation without the overhead of academic partners.
Contact FIBRITECH SP ZOO in Poland for licensing or partnership inquiries.
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