Extending the use of fibre based substrates: Case studies

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

    Abstract

    This paper presents three different cases where novel pilot scale surface treatment line has been used successfully to demonstrate three pre-commercial applications beyond traditional paper process concepts. The first application was based on replacement of traditional pigments in coatings by a thermoplastic starch pigment to create a smooth surface for printed electronics. The second application was based on an oxidizing reaction between an enzyme and a substrate to produce a colour reaction. The third application concentrated on tailoring paper surface properties using thin starch based coating layer so that the same base paper could be used for offset or rotogravure printing depending on the end use
    Original languageEnglish
    Title of host publicationAdvances in Printing and Media Technology
    Subtitle of host publicationProceedings of the 38th international research conference of IARIGAI, Budapest-Debrecen, Hungary, September 11 to 14, 2011
    EditorsNils Enlund
    PublisherIARIGAI - International Association of Research Organizations for the Printing, Information and Communication Industries
    VolumeXXXVIII
    ISBN (Print)9783981270433
    Publication statusPublished - 2011
    MoE publication typeA4 Article in a conference publication
    Event38th International Research Conference of IARIGAI - Budapest, Hungary
    Duration: 11 Sep 201114 Sep 2011

    Conference

    Conference38th International Research Conference of IARIGAI
    CountryHungary
    CityBudapest
    Period11/09/1114/09/11

    Fingerprint

    Fibers
    Substrates
    Starch
    Pigments
    Coatings
    Thermoplastics
    Surface properties
    Surface treatment
    Printing
    Electronic equipment
    Enzymes
    Color

    Keywords

    • fibre based substrates
    • surface treatment
    • case study

    Cite this

    Kunnari, V. (2011). Extending the use of fibre based substrates: Case studies. In N. Enlund (Ed.), Advances in Printing and Media Technology: Proceedings of the 38th international research conference of IARIGAI, Budapest-Debrecen, Hungary, September 11 to 14, 2011 (Vol. XXXVIII). IARIGAI - International Association of Research Organizations for the Printing, Information and Communication Industries.
    Kunnari, Vesa. / Extending the use of fibre based substrates : Case studies. Advances in Printing and Media Technology: Proceedings of the 38th international research conference of IARIGAI, Budapest-Debrecen, Hungary, September 11 to 14, 2011. editor / Nils Enlund. Vol. XXXVIII IARIGAI - International Association of Research Organizations for the Printing, Information and Communication Industries, 2011.
    @inproceedings{d69f07336f704209a54b6311d2312813,
    title = "Extending the use of fibre based substrates: Case studies",
    abstract = "This paper presents three different cases where novel pilot scale surface treatment line has been used successfully to demonstrate three pre-commercial applications beyond traditional paper process concepts. The first application was based on replacement of traditional pigments in coatings by a thermoplastic starch pigment to create a smooth surface for printed electronics. The second application was based on an oxidizing reaction between an enzyme and a substrate to produce a colour reaction. The third application concentrated on tailoring paper surface properties using thin starch based coating layer so that the same base paper could be used for offset or rotogravure printing depending on the end use",
    keywords = "fibre based substrates, surface treatment, case study",
    author = "Vesa Kunnari",
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    Kunnari, V 2011, Extending the use of fibre based substrates: Case studies. in N Enlund (ed.), Advances in Printing and Media Technology: Proceedings of the 38th international research conference of IARIGAI, Budapest-Debrecen, Hungary, September 11 to 14, 2011. vol. XXXVIII, IARIGAI - International Association of Research Organizations for the Printing, Information and Communication Industries, 38th International Research Conference of IARIGAI, Budapest, Hungary, 11/09/11.

    Extending the use of fibre based substrates : Case studies. / Kunnari, Vesa.

    Advances in Printing and Media Technology: Proceedings of the 38th international research conference of IARIGAI, Budapest-Debrecen, Hungary, September 11 to 14, 2011. ed. / Nils Enlund. Vol. XXXVIII IARIGAI - International Association of Research Organizations for the Printing, Information and Communication Industries, 2011.

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

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    AB - This paper presents three different cases where novel pilot scale surface treatment line has been used successfully to demonstrate three pre-commercial applications beyond traditional paper process concepts. The first application was based on replacement of traditional pigments in coatings by a thermoplastic starch pigment to create a smooth surface for printed electronics. The second application was based on an oxidizing reaction between an enzyme and a substrate to produce a colour reaction. The third application concentrated on tailoring paper surface properties using thin starch based coating layer so that the same base paper could be used for offset or rotogravure printing depending on the end use

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    BT - Advances in Printing and Media Technology

    A2 - Enlund, Nils

    PB - IARIGAI - International Association of Research Organizations for the Printing, Information and Communication Industries

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    Kunnari V. Extending the use of fibre based substrates: Case studies. In Enlund N, editor, Advances in Printing and Media Technology: Proceedings of the 38th international research conference of IARIGAI, Budapest-Debrecen, Hungary, September 11 to 14, 2011. Vol. XXXVIII. IARIGAI - International Association of Research Organizations for the Printing, Information and Communication Industries. 2011