PUSilox_Eng

Graphen - PUSilox - New transparent polyurethan-siloxane hybrid polymeres for embedding UV LEDs and sensors

Titel:

New transparent polyurethan-siloxane hybrid polymeres for embedding UV LEDs and sensors

Short form:

PUSilox

Abstract:

The aim of the present project is to develop new multifunctional polyurethane-silicone hybrid polymers for the encapsulation of optical and optoelectronic systems with high optical transparency as well as high UV and temperature stability, good mechanical properties, high flexibility and/or an adjustable refractive index as well as optimal processing properties. With this development, state-of-the-art optical components and systems of optoelectronics are to be better protected against moisture, temperature fluctuations, chemical and mechanical stress and environmental influences. The unique selling point is to develop these properties for potting and dam materials of UV/VIS LEDs and sensors for the requirements of highest integration densities of electronic and photonic components.
The material syntheses and modifications are carried out on the basis of an existing basic technology at resintec GmbH in the field of synthesis of potting compounds, coating and embedding of electronics and electrotechnical components. The analyses, process development and testing of the new materials with regard to the required parameters are carried out at TH Wildau.
The interests of the project partner resintec are based on the fact that the field of optical technologies and overall polymer-based photonics is and will remain an exceptionally fast-growing market..

Staff:

Dr.-Ing. Joachim Bauer, Birgit Dietzel, Dr.-Ing. Friedhelm Heinrich, Dr. Vesela Stoycheva

Term:

01.10.2022 – 31.3.2024

Project Number/Sign :

16KN074933

Funds:

219.839 €

Partner:

resintec GmbH

External Source/Support programme:

Bundesministerium für Wirtschaft und Engergie

External Source:

Bund | BMWi |   Netzwerkprojekt "Graphen"  ZIM Kooperationsprojekt

Project Executing Organisation:

VDI/VDE Innovation + Technik GmbH

Contact:

Dr.-Ing. Joachim Bauer