Biogas4Textile
We have investigated the synergy effects of wool washing and the wet processing of bast fibres in relation to biogas plants. Both process technologies require energy and produce wastewater containing organic matter.
We have investigated the synergy effects of wool washing and the wet processing of bast fibres in relation to biogas plants. Both process technologies require energy and produce wastewater containing organic matter.
This knitted sports belt is designed to aid postnatal muscle strengthening of the deep abdominal and pelvic floor muscles using modulated medium frequencies for portable use.
A technology has been developed at STFI for the production of high-performance mesh structures with diagonally running weft threads.
The TRICYCLE project developed a technological recycling concept for smart products and the waste generated during their production in the region.
The concept of the self-sustaining green island is based on the combination of graduation towers for natural air humidification and vertical greening.
The aim of the project is to develop innovative tearing mechanisms suitable for the controlled, gentle opening of various fibrous materials.
Test device for combined testing of stitch and cut resistance Motivation So-called ‘tarpaulin slashing’ causes significant financial losses in connection
A novel combination of 3D printing and UV-LED curing has been developed for the digital, partial Functionalisation of textiles, such as sports bandages.
Combining greenery with thermal insulation, the curtain wall serves a dual purpose in enhancing the appearance of buildings. Using a grid system, tiles can be flexibly installed on external walls.
Green façade tile Weiterlesen »