Noritake Co., Ltd.

Mitsubishi Denki Kabushiki Kaisha

Kyushu Noritake Co., Ltd.

Masayuki Hiroshima

Hirotoshi Takechi

Shinichiro Nagano

Susumu Sakamoto

Yoshiharu Ogawa

Koichi Sato

Shigeo Mori

Eiji Naraki

A thick-film sheet member producing method including: (a) a support-body preparing step of preparing a support body having a film formation surface provided by a particle layer constituted by high-melting-point particles which are held together with a resin and which have a melting point higher than a predetermined temperature; (b) a paste-film forming step of forming a paste film on the film formation surface, by applying a paste onto the film formation surface; and (c) a firing step of subjecting the support body on which the paste film has been formed, to a heat treatment effected at the predetermined temperature, so as to burn the resin included in the particle layer, whereby the high-melting-point particles become unbound from each other in absence of the resin that has been burned. The paste film is sintered in the firing step, whereby a thick film is formed of the sintered paste film.

Method of producing thick-film sheet member

In an AC plasma display panel having a glaze layer covering address electrodes, a proper amount of conductive filler is introduced into the glaze layer, to lower the volume resistivity of the glaze layer. Thus, generation of spark discharge can be suppressed in driving the display panel.

AC plasma display panel provided with glaze layer having conductive

Growing community of inventors

Fukuoka, Japan

Masayuki Hiroshima