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      Functional surfaces from UV L...

      Functional surfaces from UV LED cured coatings

      In the problem lies the solution for better functional coatings.

      ReLaFun coated films over water vapour - right with antifogging effect.

      Topic

      Coatings, UV LED, functionalisation

      Goal

      The sticky layer that remains after curing a coating with UV LED is used in a new process to produce functional surfaces.

      Initial situation

      UV LEDs are much more ecological, durable, and energy-efficient than conventional UV lamps and are therefore increasingly used for coatings. However, UV LED cured coatings often have a sticky, not fully cured layer on the surface. This disadvantage of UV LED curing also has a positive aspect. The sticky layer still contains numerous reactive groups that are available for functionalising the coating on the surface.

      Result

      Together with RadLab AG we developed a process to equip UV LED cured coatings with anti-fogging functionality or scratch resistance. Due to the reactive groups in the adhesive layer, the functionalisation is chemically bonded and thus shows much better adhesion than when applied directly to the substrate. Thus, previously incompatible combinations of functional coatings and substrates are also possible, making the choice of functionality almost unlimited.

      Project information

      Client
      RadLab AG (Mitglied der Rahn Gruppe)
      Execution
      Institute of Polymer Nanotechnology FHNW
      Funding
      Aargauer Forschungsfonds
      Project team
      Marianne Wink, Sonja Neuhaus (Projektleitung)

      About FHNW

      Institute of Polymer Nanotechnology
      Sonja Neuhaus

      Prof. Dr. Sonja Neuhaus

      Head of the surface functionalization group

      Telephone

      +41 56 202 78 95 (undefined)

      E-mail

      sonja.neuhaus@fhnw.ch

      Address

      Fachhochschule Nordwestschweiz FHNW Hochschule für Technik und Umwelt Klosterzelgstrasse 2 5210 Windisch

      Room

      3.001

      ht_ins_inka_oberflächenfunktionalisierunght_ins_inka_projekt_teaser

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