作者: Pierre Degott , Stéphane Chabrier , Patrick Magnin
DOI:
关键词: UV curing 、 Nanotechnology 、 Engraving 、 Materials science 、 Offset printing 、 Printing press 、 Engineering drawing 、 Curing (chemistry) 、 Relief printing 、 Flexographic ink
摘要: The present invention relates to printing inks for the intaglio process, also referred as engraved steel die process. In particular, oxidatively curing comprising a combination of fusible wax and UV binder component are disclosed. These can be printed on standard press, and, through short irradiation after printing, allow significantly reduce or eliminate undesiredset-off which occur stacking sheets. Using results in less set-off contaminated sheets, allowing higher pile-stacking good, use increased engraving depths, more challenging design, porous substrates, whilst enabling offering possibility using lower plate temperature.