面對二十一世紀追求「永續發展」的國際潮流下，人類如何改善建築空間環境品質以作為「永續發展」的基礎，將是一項極具挑戰性的議題，而兼具環保、永續性之高機能奈米塗料，是為建築材料之新發展趨勢。本研究乃就建築管理、材料科學、奈米科技…等各領域中，針對二氧化鈦奈米材料之特性，改善現有建築塗料之性能，以提昇建築空間維護及具環保性防水塗層之效益。

Facing the international trend for pursuit of “sustainable development” in 21st century, it will be a challenging issue that how human being improve the quality of architectural space environment as the basis of “sustainable development” and the high performance nanocoating that is environment protective and sustainable become the new trend of building materials. This study focused on the features of TiO2 nanomaterials in domains such as the integration of construction management, material science and nanotechnology in order to improve the hydrophobic property of the current architectural coatings, to enhance the performance of the architectural space for maintenance and to benefits the water-proof coating that is friendly to the environments.

建築空間、永續發展、奈米塗料、奈米材料

Architectural Space, Sustainable Development, Nanocoating, Nanomaterial