FABRICATION METHOD OF VERTICAL ALIGNMENT LIQUID CRYSTAL DISPLAY WITH FAST RESPONSE TIME USING UV CURABLE POLYMER

摘要

A method for manufacturing a vertical alignment LCD(Liquid Crystal Display) with fast response time by using UV curable polymer is provided to achieve fast response time of the LCD, implement low voltage of a small LCD by lowering driving voltage and achieve fast response time between gray displays, thereby implementing natural color expression when reproducing a video. If LCs(300) within a panel lie in two or more directions by a vertical electric field formed in two or more directions, UV(Ultraviolet) rays of a specific condition are simultaneously radiated to a lower substrate or upper and lower substrates(100,200). UV curable polymers(302) are polymerized according to LCs tilted and arranged around a surface of a substrate among LC directors tilted within the upper and lower substrates, and cured in a state of being tilted in a surface of the substrate. The cured UV curable polymer is tilted in two or more directions on alignment layers(102,202) after removing voltage. LC directors disposed in an inner surfaces of a substrate radiated with the UV rays have multi pre-tilt angles by effects of the cured UV curable polymer as being tilted in two or directions.