Adhesive Property of UV-curing Ink for Non-Porous Surface (I)<br/>—Influence of Di- and Tri-Functional Monomers—

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Other Title
  • UV硬化型インキの組成が及ぼす各種基材への接着特性(第1報)
  • UV コウカガタ インキ ノ ソセイ ガ オヨボス カクシュ キザイ エ ノ セッチャク トクセイ(ダイ1ポウ)

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The aim of this research is to evaluate the adhesive property of UV-curing ink on a non-porous surface. Generally speaking, it seems that surface tension and shrinkage of functional monomers are very important factors for a good adhesive property of the cured film. We found that the flexibility of the cured film is influenced by the chemical structure of both di- and tri-functional monomers. The flexibility seems to be crucial in improving bonding strength. It is important for the tri-functional monomer to have long-chain spacer groups in order to get a good adhesive property. Meanwhile, di-functional monomers having long-chain spacers, tend to form a dense network structure among the ink components. In this case, the cured films show a poor adhesive property.

Journal

  • KOBUNSHI RONBUNSHU

    KOBUNSHI RONBUNSHU 70 (2), 42-49, 2013

    The Society of Polymer Science, Japan

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