Display electrode of plasma display panel and production method of display electrode
A plasma display screen and display electrode technology, applied in electrode system manufacturing, cold cathode manufacturing, gas discharge electrodes, etc., can solve problems such as waste, and achieve the effects of improving electrical conductivity, improving light efficiency, and reducing costs
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[0025] In a typical implementation of the present invention, a method for preparing a display electrode in a plasma display screen includes the following steps: printing a paste containing a first metal material on a glass substrate to form a first electrode part; The glass substrate with the first electrode part is immersed in the second metal solution, and the second electrode part is formed on the surface of the first electrode part; the chemical activity of the second metal is smaller than that of the first metal.
[0026] The display electrode in the plasma display screen provided by the present invention and the preparation method thereof, by using the low-cost first metal paste instead of the silver paste for printing, drying, exposure, development, sintering and other processes, greatly save the use of silver, effectively cut costs. And wrap the second metal similar to Ag on the outside of the first metal paste layer to form the second electrode layer through the repla...
Embodiment 1
[0044] Paste containing first metal material:
[0045] Inorganic material part:
[0046] Inorganic glass powder: 34% PbO, 25% B 2 o 3 , 16% SiO 2 , 18% K 2 O, 7% BeO.
[0047] Primary metal: Cr. The dosage is 30% of the weight of the inorganic material, and the particle size is 1-5 μm.
[0048] Organic material part:
[0049] Resin material: ethyl cellulose and nitrocellulose.
[0050] Solvent: Terpineol. Ethylcellulose:nitrocellulose:terpineol=60:8:32.
[0051] The weight ratio of organic material to inorganic material is 30:70.
[0052] Second metal: Ag metal.
[0053] Preparation:
[0054] The paste containing the first metal material prepared from the above paste components is printed on the glass substrate and dried to form a paste layer. According to the desired shape, the paste layer was exposed, developed, and sintered to form a first electrode portion with a thickness of 0.99 μm and a width of 4.98 μm.
[0055] The glass substrate with the first electrod...
Embodiment 2
[0057] Paste containing first metal material:
[0058] Inorganic material part:
[0059] Inorganic glass powder: 34% PbO, 25% B 2 o 3 , 16% SiO 2 , 18% K 2 O, 7% BeO.
[0060] Primary metal: Cr. The dosage is 50% of the weight of the inorganic material, and the particle size is 1-5 μm.
[0061] Organic material part:
[0062] Resin material: ethyl cellulose and nitrocellulose.
[0063] Solvent: Terpineol. Ethylcellulose:nitrocellulose:terpineol=60:8:32.
[0064] The weight ratio of organic material to inorganic material is 30:70.
[0065] Second metal: Ag metal.
[0066] Preparation:
[0067] The paste containing the first metal material prepared from the above paste components is printed on the glass substrate and dried to form a paste layer. According to the desired shape, the paste layer was exposed, developed, and sintered to form a first electrode portion with a thickness of 3 μm and a width of 40 μm.
[0068] The glass substrate with the first electrode par...
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