摘要:
A thin conductive film, which excels in film strength, weather resistance, transparency, and electric field shielding effect, is formed on a glass substrate at a low temperature as a multilayer film consisting of two layers of an ITO dispersed silicate layer and an overcoat silicate layer, or three or more layers, of which at least two layers are an ITO dispersed silicate layer and a high-conductivity oxide dispersed silicate layer, and the topmost layer is an overcoat silicate layer. The ITO dispersed silicate layer is essentially consists of ultra fine particles of indium tin oxide and a silicate-based glass matrix, and the high-conductivity oxide dispersed silicate layer consists of one or more among ultra fine particles selected from a group of ruthenium dioxide, rhenium trioxide, iridium dioxide, rhodium dioxide and irridium-based pyrochlore and a silicate-based glass matrix.
摘要:
A thin conductive film, which excels in film strength, weather resistance, transparency, and electric field shielding effect, is formed on a glass substrate at a low temperature as a multilayer film consisting of two layers of an ITO dispersed silicate layer and an overcoat silicate layer, or three or more layers, of which at least two layers are an ITO dispersed silicate layer and a high-conductivity oxide dispersed silicate layer, and the topmost layer is an overcoat silicate layer. The ITO dispersed silicate layer is essentially consists of ultra fine particles of indium tin oxide and a silicate-based glass matrix, and the high-conductivity oxide dispersed silicate layer consists of one or more among ultra fine particles selected from a group of ruthenium dioxide, rhenium trioxide, iridium dioxide, rhodium dioxide and irridium-based pyrochlore and a silicate-based glass matrix.