Development of environmentally-friendly surface modification technology

DOI Web Site 27 References
  • HOZUMI Atsushi
    Materials Research Institute for Sustainable Development, AIST
  • URATA Chihiro
    Materials Research Institute for Sustainable Development, AIST

Bibliographic Information

Other Title
  • 低環境負荷表面処理技術の開発
  • 低環境負荷表面処理技術の開発 : 有機フッ素化合物および凹凸加工を用いない新規はつ液処理の実用化を目指して
  • テイカンキョウ フカ ヒョウメン ショリ ギジュツ ノ カイハツ : ユウキ フッソ カゴウブツ オヨビ オウトツ カコウ オ モチイナイ シンキ ワ ツエキ ショリ ノ ジツヨウカ オ メザシテ
  • ― 有機フッ素化合物および凹凸加工を用いない新規はつ液処理の実用化を目指し ―
  • — Practical realization of novel oleophobic coating without relying on perfluorinated compounds and surface texturing —

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Description

Development of non-adhesive and dewetting solid surfaces has attracted much attention in a wide variety of industrial applications, because such surfaces can prevent staining, corrosion and clogging, and permit control of droplet motion. In this paper, we introduce our strategy for R&D, including classification and analysis of previous work, and establishment of a guiding principle for R&D towards practical and rapid realization of our novel oleophobic coating. Our R&D strategy successfully reduced the transition period from Type 1 to Type 2 Basic Research and its practical realization. Furthermore, by means of seeds-needs matching between AIST and companies through PR activities and sample offers, we were able to establish coating technology on a commercial scale within one year.

Journal

  • Synthesiology

    Synthesiology 7 (3), 190-198, 2014

    National Institute of Advanced Industrial Science and Technology

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