To provide a high performance display in which non-lighting and abnormal lighting of a discharge cell due to destruction of a partition wall is suppressed, when a vibration or an impact is applied to a display panel even if a high definition pattern is formed on a substrate.

The manufacturing method of a member for plasma display forms a partition wall by providing, on a substrate, a partition wall precursor pattern composed of one or more layers of lower glass paste coating film pattern containing a low softening point glass powder and a binder resin component, a binder resin film pattern containing the binder resin component located on the lower glass paste coating film pattern but not substantially containing an inorganic power, and one or more layers of upper glass paste coating film pattern containing the low softening point glass powder located on the binder resin pattern and the binder resin component, and then calcining the partition wall precursor pattern.