本研究利用紫外光交聯技術、溼氣交聯技術與電子束照射技術，開發一系列應用於紡織品的功能性高分子材料。主要內容包含以含氟高分子搭配紫外光交聯型環氧樹脂對PET與尼龍織品進行加工，以電子束照射強化撥水塗層耐用性，紫外光交聯型PU吸溼材料的合成，紫外光交聯型與溼氣交聯型含聚矽氧烷PU之合成，以及這些功能性高分子加工織物的應用。經過最適條件加工之PET吸溼織品，其表面對水接觸角可超過150，且可耐洗滌超過50次。 We use UV-curing technology, Moisture curing system and Electron Beam radiation on textile functional treatment. Series of functional coating system were established via synthesis novel polymer materials. Fluorinated polymer mix with UV-curable epoxy, or treated via electron beam irradiation process can effectively enhance the durability of water repellent coating, and with IPN system, UV-curable or Moisture curable PDMS containing PU could formed a long lasting water repellent coating on textile. The contact angle on optimum treated textile can reach 150 and remain the same after 50 washing cycles.
關聯:
2009中華民國高分子學會年會暨軟性電子國際研討會&國科會高分子學門成果發表會論文集=Proceedings of 2009 Annual Meeting of the Polymer Society，3頁
