To reduce contact defects due to expansion of film substrates under various environments and to prevent gap defects between film substrates on the peripheries of conductive parts.

This liquid crystal display element is constituted by providing, at prescribed points of a sealing material for bonding a pair of film substrates 1 and 2 to each other, with a conductive parts 20 formed by dispersing irregularly shaped conductive particles 21 in a binder 10. The base material 22 of the irregularly-shaped conductive particles 21 in the conductive parts 20 is formed to have nearly the same size as the size of the gap G between the film substrates 1 and 2, and has plural conductive projections 23 protruding from the surface of the base material 22. Then, the odd-shaped conductive particles 21 come into contact with a common electrode 4 and a common electrode terminal 6, thereby allowing the conductive projections 23 exposed from the binder 10 to penetrate the common dl 4 and the common electrode terminal 6. The contact defects by the expansion of the film substrates 1 and 2 thereby decreased. Since the base material 22 is of nearly the same size as the size of the gap G between the film substrates 1 and 2, the gap defect between the film substrates 1 and 2 on the peripheries of the conductive parts 20 may be prevented as well.