| 초록 |
Recently there has been considerable interest in flexible display as the next-generation display. The flexible plastic has been recommended as a strong candidate for substrate, but these plastic substrates have many problems to provide the comparable properties of dimensional stability, thermal stability, and solvent resistance to glass in order to apply conventional thin film transistor technology to flexible display. So in this study, a glass fabric reinforced polymer(GFRP) was introduced. To improve thermal property, glass fabric with excellent coefficient of thermal expansion(CTE) for reinforcement and multifunctional UV curable resin to ensure the excellent properties like transmittance, haze, yellow index, thermal stability and chemical resistance were introduced. The degree of cure of matrix resin was characterized by using FT-IR and the CTE of GFRP manufactured under different weight ratio of matrix resin was observed by TMA. |
