BMA-003 Functionalized Glycosaminoglycanes
The targeted chemical modification of glycosaminoglycans (e.g. hyaluronic acid, chondroitin sulfate, heparin) offers access to new biomaterials with…
Reference No. BMA-003
BMA-004 Degradable Polyurethanes
The synthesis of biocompatible and biodegradable polyurethanes and polyureas is a focus of research in the department of Biomaterials.
Reference No. BMA-004
OFT-010 Development of Focussing Ultrasonic Transducers. Analysis and Metallization of Piezo Components
INNOVENT offers the development of suitable coating solutions and layer systems according to the application purpose and the required properties.
Reference No. OFT-010
OFT-011 Functional Magnetic Core-Shell Nanoparticles
The production of functionalized nanoparticles enables new approaches to the targeted modification of materials.
Reference No. OFT-011
OFT-012 PlasmaSkin - Medical Potential of Mini Plasma Jets
The application of plasma sources in dermatology opens a new field of healing, desifention and antibacterial equipment.
Reference No. OFT-012
OFT-013 Immobilization of TiOx Layers on Plastics
Titanium oxide (TiOx) coatings are photocatalytically active when exposed to UV radiation, i.e. radicals are formed which decompose organic…
Reference No. OFT-013
OFT-015 Functional Coatings on Wood and Wood-based Materials
Surface treatment technologies offer possibilities to provide functional coatings directly on the material surface.
Reference No. OFT-015
OFT-016 Plasma Cleaning: Gentle Removal of Biocide Residues on Unmounted Wood
INNOVENT tests and analyses organochlorine compounds, and uses atmospheric pressure plasma to clean untreated wood surfaces.
Reference No. OFT-016
OFT-017 Electrically Conducting and Gas-sensitive SnOx- Thin Films Deposited by Atmospheric Pressure Plasma
The investigation on the deposition of SnOx coatings shows a favorable sensor activity of the layers.
Reference No. OFT-017
OFT-019 Plasma – smart treatment. The Multitool for Textile Innovations at Normal Pressure
Due to its low thermal influence, APCVD also allows the treatment of temperature-sensitive materials such as textiles.
Reference No. OFT-019
OFT-020 Optimized Treatment Parameters in the Gas Phase Fluorination of Silicones
Optimized treatment parameters in the gas phase fluorination of silicones is reflected, according to the motto: As much effect as possible with as…
Reference No. OFT-020
OFT-022 Combination of C-CVD and Sol-Gel Technology to Create Barrier Layers on Polymer Films
A combination of C-CVD and sol-gel technology can be used to produce relatively thin, flexible and smooth coating systems.
Reference No. OFT-022
OFT-023 Development of Application-Oriented Coatings for Textile Materials Using Wet Chemistry
The application on textiles allows for the removal of disturbing textile additives, as well as a new finishing with suitable substances.
Reference No. OFT-023
OFT-024 Adhesion and Material Testing
In order to optimize bonded joints, surface activations are applied and adapted to the adhesive and the substrate to be joined.
Reference No. OFT-024
OFT-025 Design of Glass Surfaces With Powder Coatings
The application of a targeted surface activation enables the creation of particularly adhesive powder coating layers on glass surfaces.
Reference No. OFT-025
OFT-028 Highly Corrosion-Inhibiting Steel Coating
A process combination of wet-chemical pretreatment and sol-gel corrosion protection coating with subsequent powder coating is a powerful tool against…
Reference No. OFT-028
OFT-029 Multifunctional Glass for Wet Areas
Using a combination of processes based on atmospheric pressure, it is possible to produce corrosion-resistant, easy-to-clean and antibacterial…
Reference No. OFT-029
OFT-030 Atmospheric Pressure Plasmas for Pretreatment and Functional Coating
AD plasmas offer a wide range of application possibilities, which can be used universally for almost all material classes.
Reference No. OFT-030
OFT-031 Ultra-thin, Fluoride-free Hydrophobic Layer
The hydrophobic layer is completely free of fluorine: only a few nanometers thin and abrasion resistant on glass-like substrates according to ASTM…
Reference No. OFT-031
OFT-032 Plasma Treatment of Powders and Improved Embedding Behaviour into Ni-Dispersion Coatings
Up to now, surfactants and dispersants containing fluorine have often been used in nickel electrolytes. Their use is subject to strict restrictions…
Reference No. OFT-032
OFT-033 Plasma Treatment of Sheet Glasses for Architectural Applications – Cleaning, Pre-treatment & Adhesion Improvement
Plasma pretreatment of laminated safety glass can increase important properties such as break resistance by up to 60% (compared to standard laminated…
Reference No. OFT-033
OFT-034 Electroless plating of dielectric surfaces
Through the use of plasma techniques it is possible to avoid the use of pickling solutions and aggressive chemicals for the metallization of plastics.…
Reference No. OFT-034