SefiPro
An eco-friendly, flame-retardant, abrasion-resistant and segmented protective coating, including a backing material, for fire-fighting clothing and for personal and occupational safety.
An eco-friendly, flame-retardant, abrasion-resistant and segmented protective coating, including a backing material, for fire-fighting clothing and for personal and occupational safety.
As part of the WIR! funding programme, composite components and reinforcing bars made from recycled carbon fibres were developed at the STFI.
New additives for charge stabilisation have been developed for electret-charged meltblown nonwovens made from biopolymers, and their mechanisms of action have been investigated.
Auxetic materials expand perpendicular to the applied force rather than contracting. The STFI has now developed such structures for flat impact protection.
Are tubular and hose structures made from circular-needled nonwovens a seamless alternative to flat-needled ones? At STFI, the relationships between materials and processes were investigated.
STFI and Fraunhofer IWU are currently working to establish a regional value chain for hemp bast in order to manufacture bio-based lightweight structural profiles.
This manufacturing process integrates component development directly into the production of organic sheets. The method enhances the cost-effectiveness and sustainability of organic sheet production.
This ballistic composite fabric, based on non-woven materials, can be used to retrofit structural elements such as shooting ranges.
The STFI has developed active cooling garments for surgeons and insulating patient drapes. These prevent wound contamination caused by perspiration.
Surgical cooling garments Weiterlesen »
The STFI has developed a spinning chamber for coating filaments with graphite in order to reduce internal friction in fibre ropes. This makes them a viable alternative to steel wire ropes.
Filament coating with graphite Weiterlesen »
The ebeam process has been further developed; in this process, high-energy accelerated electrons strike the surface of textile fabrics and break down any adhering finishes.
Green nets instead of grey walls for disused industrial buildings, transforming them into productive green spaces using sustainable materials.