UVN SCREEN PRINTING INKS

APPLICATION

UV-curing screen printing inks for printing on PVC. Especially rigid PVC, PVC fabric foils (banner material), plasticized PVC, primer-coated polyolefin and polyester foils, polycarbonate, paper and cardboard.

PROPERTIES

  • Solvent-free UV-curing screen printing inks UVN have a high reactivity.
  • UVN inks are delivered in a ready-to-print adjustment. They cure quickly resulting in a glossy finish and high colour brilliance.
  • The cured ink film shows good flexibility with high mechanical abrasion resistance.
  • We recommend pre-trials to check impact strength and tear resistance on PVC materials.
  • UVN inks show a good weather resistance.
  • Note: Due to the variety of different substrates, especially PVC materials, we recommend pre-tests to confirm suitability of UVN inks.
UVN SCREEN PRINTING INKS
  • UVN SCREEN PRINTING INKS
UVN SCREEN PRINTING INKS APPLICATIONS AND FEATURES & BENEFITS
    COLOUR SHADES – OVERVIEW
  • Mixing System: C-MIX 2000 12 colour shades for mixing of RAL, PMS and HKS colours.
  • Process Inks: ”180“ colours 4 transparent colour shades according to Europe scale.
  • Special colour shades are available upon request.
  • More information about available colour shades in the detailed tables in section Colour Shades.

    • CHOICE OF PIGMENTS AND LIGHT FASTNESS
  • Colour shades of UVN ink range contain pigments with a high light fastness. Light fastness and weather resistance will reduce if thinner layers are applied or if base colours are mixed with a high ratio of white or varnish.
  • Applied on suitable substrates screen printing inks UVN are suitable for outdoor applications.

    • ADJUSTMENT FOR SCREEN PRINTING
  • Screen printing inks UVN are supplied in a ready-to-print adjustment. Generally, addition of auxiliary agents is not necessary.
  • For some rare and special applications and depending on local conditions, addition of certain agents/additives is possible.
  • Prior to printing, the inks should be stirred well to obtain a homogeneous dispersion of all ingredients.

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