Method for fabricating lcd

A method for fabricating an LCD, comprising fabricating a multi-domain vertical alignment (MAV) layer on a glass substrate, characterized in that, the step of fabricating the MAV layer on the glass substrate comprises the steps of:

• (A) coating MAV organic monomers on the glass substrate;
• (B) patterning the MAV organic monomers through a photomask;
• (C) curing the patterned MAV organic monomers;
• the MAV organic monomers having a viscosity of 5 to 500 mPa·s and a coating thickness of 800 to 1800 nanometers at the step (A);
• a distance between the photomask and a surface of the MAV organic monomers being 0.3-50 micrometers at the step (B);
• a light for performing the patterning at the step (B) having a wavelength between 100 to 780 nanometers with an exposure time between 30 to 540 seconds;
• after the step (B) and before the step (C), the method further comprising the steps of:
• (B1) filtering the MAV organic monomers which are not patterned on the glass substrate;
• and
• (B2) cleaning the glass substrate for removing the non-patterned MAV organic monomers remaining in the glass substrate;
• the step (C) specifically comprising photo-curing and/or heat treating the patterned MAV organic monomers;
• a wavelength of a light of the photo-curing being between 100 to 780 nanometers with an exposure duration between 30 to 540 seconds;
• a temperature of the heat treatment being between 50 to 250 degrees with a treatment duration between 30 to 540 seconds;
• the MAV organic monomers being non-solvent type photocurable organic monomers.