Nettle T.O.C. b.v. is making a new biodegradable composite material.
Our technology is suitable for biobased and recycling polymers such as PLA, HPA, PP and PE. We use nettle fiber in our bio composite material. Nettle replaces chemically harmful additives and retains the possibility of recycling. If nettle fibers are added, the material is much stronger, there is a higher heat resistance and to reduce shrinkage of these polymers in sustainable way.
The use of nettle fiber instead of glass fiber allows the composite to be processed at lower temperatures available for the standard 3D printing process. In addition, the use of nettle composite reduces power consumption in the production of parts and saves the possibility of recycling.
Considered areas of application of our material: technical parts in mechanical engineering and electronics. Particularly effective for the manufacture of fasteners next to heating elements.
At the initial stage, company financing is carried out at the expense of the founder’s own funds. And it includes the costs of opening a company, living expenses in the Netherlands and salary, as well as the necessary hospitality expenses associated with participation in events and business meetings.
In March 2020, Nettle TOC received funding from LIOF in the amount of 50 thousand euros to conduct tests and prove the performance of the material. Funding is calculated for 1 year until March 1, 2021. Intermediate results indicate the strong potential of nettle composite for the automotive industry, household appliances, electric parts and 3D filament markets.
In 2021, Nettle TOC also received funding from LIOF. The total amount is also 50 thousand euros this amount is used to test the material with 10 potential clients. The material will be used in different application like automotive parts, 3D filament. is also planned to start selling the first batch of nettle composite in filament for 3D printing and granules. And by 2022, it is planned to start the sustainable sale of nettle composite in the form of granules and filaments.
If you are interested to use our material in your application just fill in the 'contact us' form.