| Abstract: | 石墨烯是近年受到各產業關注的新興材料，它有許多特性如導電性、熱傳導等使它與許多產業做結合使用，如: 電子業、生物科技、複合材料等，然而在紡織上主要是利用它的熱傳導、熱逸散、遠紅外線及抗臭能力，尤其具有可調溫能力，天氣寒冷具有保溫，在炎熱天氣具有涼感功用，石墨烯加工在紡織品上有許多方法，如纖維與石墨烯混摻抽絲或著透過印花方式加工在織物表面，本研究探討兩部分，一部分探討石墨烯印花改變印花濃度；另一部分探討石墨烯纖維加工方式不同是否會影響在紡織品上的功能，測試項目: ASTM D7984、FTTS-FA-019、遠紅外線測試，經測試後，發現石墨烯印花會受到織物重量及印花濃度其影響，而石墨烯纖維以與母粒進行抽絲方式效果最佳。
Graphene which is the new material attracts every industrial attentions recently, and many of its characteristics can combine many industrial areas such as electronic industries, bio-technologies, composite materials, etc. Relatively, in the textile application, it is primary to make use of its heat conduction, heat dissipation, Far Infrared, and antibacterial and deodorant capacity, especially, it can adjust the temperature capacity. When the weather is cold, it can keep warm, in contrast, when the weather is hot, it can have the cool function. Besides, Graphene processing has many ways in textile items, as mixing fibers with Graphene conducts the spinning silk, or processes in the surface of textile by the printing way. This study discusses two parts. The first part studies that Graphene printing changes the printing concentration. The second part studies whether to affect textile functions in different processing ways of Graphene. These are test items: ASEM D7984, FTTS-FA-019, Far Infrared test. By these test, we discover that Graphene printing affects the function of Graphene from the textile weight and Graphene printing changes. As a result, it the best effect that Graphene fibers and masterbatchs make use of the spinning silk way. |
