EnTreHeaT
The project ‘EnTreHeaT — Enzymatic Surface Treatment of Biogene Heavy Tows (bHT) for use in High-Performance Composites’ (CORNET, no. 01IF00417C) has been initiated by FIBRE. Since June 1st, 2025, research is performed in collaboration with Sächsisches Textilforschungsinstitut e.V. (STFI), Chemnitz, DE and InoTEX s.r.o, Dvůr Králové n.L., CZ, coordinated by Forschungsvereinigung Werkstoffe aus Nachhaltigen Rohstoffen e.V. (WNR), Rudolstadt, DE and Klastr technické textilie, z.s. (CLUTEX), Liberec, CZ. The project aims to improve the interaction of bHT and thermosets.FIX3HYB
In FIX3HYB, so-called draping molds are developed for the three-dimensional shaping, fixation, and stabilization of the hybrid textiles used. Systems such as pins, Velcro fasteners, and snap fasteners are used for fixation. Additional elements are used as needed to secure the interlayers. In addition, the textiles are pre-compacted using 3D shell elements, so that the […]BioPul
Development of a quality-assured process chain for the production of functionally integrated and multiaxially reinforced pultrusion profiles made from natural-fiber-reinforced bioplastics.KaskaWi
The “KaskaWi” collaborative project is developing new approaches to keep FRP from end-of-life construction waste in the material cycle for as long as possible. Instead of shredding the components, the goal is to specifically reuse suitable components and semi-finished products in new construction applications based on their remaining properties.PERSEPHONE
Die membrangestützte kapazitive Deionisation (MCDI) ist ein Elektrosorptionsverfahren zur selektiven Trennung von Ionen bei geringem Energie- und Chemikalienverbrauch. Ziel dieses Projekts ist die Entwicklung eines neuartigen Verfahrens zur Rückgewinnung von Phosphat aus Abwasser und/oder Oberflächenwasser mit geringen Investitions- und Betriebskosten auf der Grundlage von Baumwolle und dem MCDI-Verfahren. Das Phosphat wird konzentriert, abgetrennt und anschließend mittels zweiphasiger kapazitiver Membran-Entionisierung zurückgewonnen. Das zurückgewonnene Phosphat soll als Rohstoff für Phosphordünger zur Verfügung stehen.KRYOSTAND
Das Forschungsthema des Projektes KryoStand fokussiert sich auf die Entwicklung und Standardisierung mechanischer Prüfmethoden für Faser-Kunststoff-Verbunde (FKV) und Kunststoffe unter kryogenen Bedingungen.WIBREAK
Die Prüfung der mechanischen Eigenschaften von Verstärkungsfasern wie Carbon-, Glas-, Basalt- oder Keramikfasern sowie Recyclingfasern gewinnt immer mehr an Bedeutung, da Leichtbautechniken zur Einsparung von Ressourcen in immer mehr Bereichen eingesetzt werden. Für die Qualitätsprüfung dieser Fasern ist ein aussagekräftiges und zugleich schnelles und verlässliches Prüfverfahren unerlässlich.SiLaFa
As part of this research project, laser welding of thermoplastic fiber-reinforced composites for aircraft construction is to be developed to such a level that it can be reliably used for secondary applications.QuasiPuR
The goal of the project is to develop a quality assurance system for the continuous pultrusion process used to manufacture fiber-reinforced plastic profiles. Using X-ray CT technology, pultruded products will be measured in-process (inline), and the generated measurement data will be automatically interpreted to immediately identify, classify, and quantify defects.OSLAPRO
The project „OSLAPRO – Optimization of the SLA process using non-destructive testing methods for the targeted manufacture of components and injection molds” (BAB: Funding of Research, Development and Innovation (EFRE-FEI), application number: 65008333) started on 1 July 2025. The project involves collaborative research and development with Kolbes Messtechnik OHG. The project develops a data-driven, methodologically robust approach to improving SLA (stereolithography) mold inserts for Freeform Injection Molding. It links process parameters, material behaviour, and defect mechanisms. The aim is to speed up industrial readiness and achieve reliable, long lasting tool performance.Logischer
More efficient production and cost minimization is being achieved with the use of actuators and sensor-equipped, reusable vacuum bags and component moulds for the production of complex lightweight components and semi-finished products using the vacuum infusion process within the project ‘logischer — Digital manufacturing process management in the production of lightweight fibre composite parts’. The […]HOPAR
In HOPAR, demonstrators featuring a leading edge made from innovative hightemperature CFRP are being developed to address technical issues through construction and flight testing. This, in turn, minimises the development risk. Figure 1 illustrates the process route, ranging from the definition of the key constraints through to the selection of materials and processes, and finally to the finished demonstrator.SEHRKALT
The goal of the SEHRKALT collaborative project is to develop, integrate, and validate cryogenically compatible fiber Bragg grating (FBG) sensors for monitoring CFRP cryogenic tanks for liquid hydrogen. The sensors are designed to enable high-precision temperature and strain measurements in the temperature range from 20 K to 120 K and to be permanently integrated into […]VarCuPro
On November 1, 2023, the VarCuPro project—“Development of Heated RTM Molds and AI Process Models for Optimizing Resin Curing in the Light-RTM Process”—was launched. The proposal for VarCuPro was submitted with the support of IWS Nord, and the acronym stands for “Vario-thermal Curing Process”…LeiPoly
The spinning solution is prepared by mixing the polymer PANI with a suitable solvent. A dopant is also added to impart conductivity. This process converts the non-conjugated molecular structure of PANI into a conjugated form through doping. The fibers are extruded using wet spinning in a solvent in a system specifically designed for temperature-sensitive polymers. The fiber is precipitated in a coagulation bath, and the remaining solvent is washed out in a subsequent washing and stretching bath.TEXAS
The goal of the project is to develop a purification process for removing lead from drinking water that, compared to existing methods, is energy-efficient, produces as little waste as possible, is flexible in application, and requires minimal maintenance. Alginates serve as the starting material; these form gels in the presence of calcium cations and are used in many technical applications, such as in the food and medical technology industries.VibroSenLH2
The goal of the project is to develop a component-integrated sensor system for structural monitoring of fiber-reinforced plastic composites in liquid hydrogen tanks. The project involves the development of active and passive structure-borne sound technologies for real-time monitoring under cryogenic conditions.rPLA-Garn
The “rPLA Yarn” research project aims to develop a recyclable yarn from industrial and consumer waste of the bioplastic polylactide (PLA). In the first phase, the quality of the PLA waste is analyzed and optimized through compounding. In the second phase, yarns with textile-grade strength are developed using the melt-spinning process.Circular Electronics
The “Circular Electronics” research project is dedicated to the development of fully recyclable materials and components. This interdisciplinary research focuses on novel dynamic polymer networks (vitrimers) as well as biosynthetic high-performance fibers for printed circuit boards, organic semiconductors, and sensor systems. Through innovative, empirically validated strategies, the project makes a significant contribution toward a more sustainable electronics industry.HYTANK
To remain competitive in the long term, the German aviation industry must respond to the growing demand for low-emission and, ultimately, zero-emission propulsion systems. Cryogenic hydrogen as an energy carrier, in combination with turbine- or fuel cell-based propulsion systems, represents a promising solution in this regard. In addition to suitable propulsion systems, the efficient and weight-optimized storage of liquid hydrogen (LH₂) plays a key role.X-Stör
The X-Stör project is developing a modular, multisensor inline detection platform that supplements the existing WasteAnt technology with X-ray transmission (XRT). By combining XRT, RGB, and 3D profile data, the platform aims to detect concealed contaminants and hazardous substances more reliably and provide additional information on material, density, and calorific value to ensure safe and stable plant operation.CryoMet
The overarching goal of CryoMet is to provide technical solutions for materials, processes, testing, and fire protection, as well as the necessary evaluation and documentation for flight testing of the liquid hydrogen propulsion system. These technical solutions are mandatory prerequisites for obtaining aviation regulatory approval for the flight test.OntOMat
OntOMat entwickelt eine harmonisierte Ontologie und einen Knowledge Graphen für faserverstärkte Materialien und deren Fertigungsprozesse. Ziel ist eine maschinenlesbare, skalenübergreifende Datenbasis, die reale Messdaten, Prozessinformationen und Simulationsmodelle verbindet. Im FIBRE-Teilvorhaben roMBoMat werden dafür röntgenbasierte 3D-Bild- und Analysedaten zur SMC-Materialklasse erzeugt und in die ontologische Beschreibung überführt.HempTuft
The project “HempTuft — Sustainable, Recyclable Textile Carpets Made from Natural Plant Fibers” (CORNET, FKZ: 01IF00406C) has been carried out since July 1, 2025, by the Faserinstitut Bremen e.V. in collaboration with the Institute for Floor Systems at RWTH Aachen e.V. (TFI), Aachen, Germany, and the Technical University of Liberec (TUL), Liberec, Czech Republic, under the coordination of the Forschungskuratorium Textil e.V. (FKT), Berlin, Germany, and Klastr technické textilie, z.s. (CLUTEX), Liberec, Czech Republic, has been conducting research on the development of fully recyclable carpet flooring based on natural fibers and biopolymers.StichSchutzGuss
The international security situation is becoming increasingly unstable, and attacks on security and emergency response personnel are steadily on the rise. As a result, the demand for personal protective equipment (PPE) is growing. Many stab-resistant vests and tops available on the market—which come in various designs and protection classes—are often non-breathable, heavy, and, in some cases, severely restrict the wearer’s freedom of movement due to the added protective elements such as plates or multi-layer constructions. Lightweight and hybrid materials, combined with new technologies, offer great potential in this area. Instead of the rigid, preformed protective plates that have traditionally been positioned across the entire surface, bio-inspired overlapping structures made of fiber-reinforced composites can be used.FOR3022
The goal of the FOR3022 research group is to develop a system based on guided ultrasonic waves (GUW) for monitoring the structural condition of fiber-metal laminates (FML) with integrated sensors. As part of the FOR3022 project, the Fiber Institute is investigating the propagation of GUW under the influence of internal (residual stress, MVF) and external (temperature) conditions. Furthermore, a temperature compensation method is being developed that will enable damage detection using GUW at all relevant temperatures.Ufomesche
The “Ufomesche” research project focuses on developing environmentally friendly and functionally optimized menstrual underwear. To replace fossil-based, petrochemical plastics such as polyester, sustainable bioplastics, bio-based fibers, and natural fibers are being investigated as raw materials. In addition, a new, standards-compliant method for testing the menstrual process is being developed to ensure the optimal textile structure for an improved feeling of dryness and greater user acceptance.
