UV-Inkjet Ink Penetration and Its Effects on Print Quality Formation and Drying

Pasi Puukko, Anu Ilmonen, Taina Lamminmäki, Satu Sundqvist

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

4 Citations (Scopus)

Abstract

The increased usage of UV-inkjet for printing porous fiber based products has created a need to study the interactions between paper coating, ink and process. In this paper we have studied, how coating porosity affects print quality formation and ink curing degree of UV-curable inkjet inks. Results show, that paper requirements for UV-inkjet differ clearly from those, which are usually connected to good inkjet paper. Paper properties have quite a remarkable effect on print gloss and density formation, although the use of pinning lamps reduces this dependency. Ink curing degree depends also on the properties of the paper and interactions between ink and paper.
Original languageEnglish
Title of host publicationProceedings of NIP25: 25th International Conference on Digital Printing Technologies
PublisherThe Society for Imaging Science and Technology, IS&T
Pages566-569
ISBN (Print)978-0-89208-286-5
Publication statusPublished - 2009
MoE publication typeA4 Article in a conference publication
Event25th International Conference of Digital Printing Technologies, NIP25 - Louisville, United States
Duration: 20 Sep 200824 Sep 2008

Conference

Conference25th International Conference of Digital Printing Technologies, NIP25
Abbreviated titleNIP25
CountryUnited States
CityLouisville
Period20/09/0824/09/08

Fingerprint

Ink
Drying
Curing
Coating techniques
Electric lamps
Printing
Porosity
Coatings
Fibers

Keywords

  • inkjet
  • print quality

Cite this

Puukko, P., Ilmonen, A., Lamminmäki, T., & Sundqvist, S. (2009). UV-Inkjet Ink Penetration and Its Effects on Print Quality Formation and Drying. In Proceedings of NIP25: 25th International Conference on Digital Printing Technologies (pp. 566-569). The Society for Imaging Science and Technology, IS&T.
Puukko, Pasi ; Ilmonen, Anu ; Lamminmäki, Taina ; Sundqvist, Satu. / UV-Inkjet Ink Penetration and Its Effects on Print Quality Formation and Drying. Proceedings of NIP25: 25th International Conference on Digital Printing Technologies. The Society for Imaging Science and Technology, IS&T, 2009. pp. 566-569
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Puukko, P, Ilmonen, A, Lamminmäki, T & Sundqvist, S 2009, UV-Inkjet Ink Penetration and Its Effects on Print Quality Formation and Drying. in Proceedings of NIP25: 25th International Conference on Digital Printing Technologies. The Society for Imaging Science and Technology, IS&T, pp. 566-569, 25th International Conference of Digital Printing Technologies, NIP25, Louisville, United States, 20/09/08.

UV-Inkjet Ink Penetration and Its Effects on Print Quality Formation and Drying. / Puukko, Pasi; Ilmonen, Anu; Lamminmäki, Taina; Sundqvist, Satu.

Proceedings of NIP25: 25th International Conference on Digital Printing Technologies. The Society for Imaging Science and Technology, IS&T, 2009. p. 566-569.

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

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AB - The increased usage of UV-inkjet for printing porous fiber based products has created a need to study the interactions between paper coating, ink and process. In this paper we have studied, how coating porosity affects print quality formation and ink curing degree of UV-curable inkjet inks. Results show, that paper requirements for UV-inkjet differ clearly from those, which are usually connected to good inkjet paper. Paper properties have quite a remarkable effect on print gloss and density formation, although the use of pinning lamps reduces this dependency. Ink curing degree depends also on the properties of the paper and interactions between ink and paper.

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Puukko P, Ilmonen A, Lamminmäki T, Sundqvist S. UV-Inkjet Ink Penetration and Its Effects on Print Quality Formation and Drying. In Proceedings of NIP25: 25th International Conference on Digital Printing Technologies. The Society for Imaging Science and Technology, IS&T. 2009. p. 566-569