Refractive tempered glass and manufacturing method thereof
A tempered glass and manufacturing method technology, applied in glass manufacturing equipment, manufacturing tools, glass molding, etc., can solve the problems of easy corrosion and aging, pollution blackening, poor impact resistance, etc., achieve durable deformation and discoloration, and easy separation The effect of falling off, not easy to deform and change color
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Embodiment 1
[0028] A kind of refraction type tempered glass, its essential body composition comprises silicon dioxide 85Kg, sodium oxide 15Kg by weight; The inner surface of the essence is fixed with a high refractive layer composed of silicon dioxide, phosphorus pentoxide and germanium oxide, The outer surface is fixed with a low refractive layer composed of silicon dioxide, sulfur dioxide, carbon dioxide and boron oxide. (All chlorides and fluorides are regenerated into oxides under the action of pure oxygen and high temperature, but due to steam solidification, the real conversion ratio and the mass and thickness of deposition cannot be accurately calculated, but the number of moles will not be higher than the number of moles of raw materials , the molar number of the actual deposit is about 93%-95% of the raw material, which is specially explained here, the same below)
[0029] The manufacturing method of the above-mentioned refraction tempered glass comprises the following steps:
...
Embodiment 2
[0050] A kind of refraction type tempered glass, its essential body composition comprises silicon dioxide 90Kg, sodium oxide 10Kg by weight; The inner surface of the essence is fixed with a high refraction layer composed of one layer of silicon dioxide, phosphorus pentoxide and germanium oxide, The outer surface is fixed with a low refractive layer composed of silicon dioxide, sulfur dioxide, carbon dioxide and boron oxide.
[0051] The manufacturing method of the above-mentioned refraction tempered glass comprises the following steps:
[0052] 1) Preparation before production
[0053] ① Vitreous body raw material preparation: prepare silicon dioxide 90Kg, sodium oxide 10Kg by weight;
[0054] ②Inner surface material preparation: prepare 8Kg of silicon tetrafluoride, 0.5Kg of phosphorus oxychloride, and 0.7Kg of germanium tetrachloride by weight;
[0055] ③External surface material preparation: prepare 8Kg of silicon tetrafluoride, 0.2Kg of sulfur hexafluoride, 0.2Kg of dica...
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