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  • [nanoPost] Easy clean surfaces

  • The company's products are self-organising, ceramic Nanostructures with a size from 10 Nm, forming a seal to the surface.



  • [nanoPost] Nanotechnology anti-bacterial wall paint

  • Anti-bacterial and anti-microbial wall paint where the effect is created by non-toxic nano particles. The significant breakthrough with this development is that the paint contains no biocides, solvents and coating preservatives.  



  • [nanoPost] Synthesis of encapsulated metal nanoparticles for dispersion in liquid media and vis

  • Modification of liquid media by metal nanoparticles encapsulated in an organic shell is suggested.

  • [nanoPost] Easy to Clean (ETC) Coatings

  • Innovative coatings based on composite fluoro organic-inorganic nano-particles. We offers a range of ETC coatings for the protection of glass, ceramic and metal surfaces.


  • [nanoPost] Barrier and release properties of thin model HDFD/Ag-plasma polymer nanocomposite fi

  • Antibacterial properties of silver composite coatings are of increasing interest in medical and household applications.
    While numerous reports demonstrate the positive antimicrobial properties of silver-based coatings, only little is known
    about the precise relationship between silver content, silver ion release and toxic effects of silver composite films. For
    commercial applications it is of high importance to achieve a sustained release of silver and to maximize the longterm
    stability of composite films during release process.
    Thin Heptadecafluoro-1-decene (HDFD) films can be tailored in their chemical composition and barrier properties by
    means of plasma polymerization. Such films act as a rate-limiting barrier for the silver ions and by this means a sustained
    release of silver can be achieved.
    HDFD/Ag-plasma polymer nanocomposite films were synthesized by combining plasma polymerization of HDFD and
    electron beam evaporation of silver. The thickness of the silver nanocomposite films was controlled in-situ by means of
    quartz crystal microbalance during deposition process and determined ex-situ by spectroscopic ellipsometry. The
    characterization of the nanocomposite films and the study of their stability during the release process were done by
    means of TEM, XPS and UV-Vis Spectroscopy. In order to determine the barrier properties of the tailored nanocomposite
    films, electrochemical impedance spectroscopy was carried out. Further, the release of the silver ions from the
    nanocomposite films was investigated by means of atomic absorption spectroscopy. The performed measurements
    illustrate the release mechanism of silver nanoparticles embedded in a highly crosslinked perfluorinated matrix and how
    this leads to an effective release of silver.

  • [nanoPost] Photocatalitic air purifier

  • Air purifier is designed for purification of air from harmful organic contaminations of household, industrial or biological
    origin. Due to its high bactericidal activity, it can be used as a prophylactic of infectious and allergic diseases.



  • [nanoPost] Nanocoatings

  • We are working or have recently worked on the following subjects:
    - anti-graffiti coatings;
    - self-cleaning of concrete facades using TiO2;
    - superhydrophobic surfaces;


  • [nanoPost] Nanolayers and nanostructures for the refinement of polymer products

  • Possible substrates are non-wovens for clothing, wipes
    or elastomer for sealing, damping or household applications. Relevant material properties are friction coefficient, wear, stick-slip behaviour, wetting, soiling or antibacterial properties.


  • [nanoPost] Superhydrophobic and self-cleaning cellulose surfaces by controlled polymerisation

  • Controlled polymerizations have attracted considerable interest over the last 10-15 years. One interesting feature with is that it allows for covalent surface modification where the initiating group is chemically attached to the substrate where after the substrate is subjected to the polymerization conditions.

  • [nanoPost] Non-toxic coating that will permanently protect exterior and interior walls

  • A new, nanotechnology-based coating destroys microorganisms without adverse health effects / A solution for mould and hygiene problems

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