The glass bottle is baked at a high temperature of 580~600℃ to make the glass color glaze coating solidify on the glass surface and show a decorative design method that has a different color tone from the main body of the glass act. Adhering to the glass color glaze powder, you can use a row of brushes to paint, but also can use a glue stick to roll paint. Through the screen printing process, you can get the sandblasted surface of the building hollow pattern.
The method is: on the surface of the glass product, silkscreen ink layer of pattern pattern patterns composed of fusible resist.
How is the sandblasted glass wine bottle made?
After the pattern printed on the pattern is blown dry, then the sandblasting production process is terminated. Subsequently, after baking at high temperature, the sand masked surface without the pattern pattern will melt on the glass surface, while the middle of the screen printing ink pattern because of the effectiveness of the melt blocker, the sand masked surface on the pattern can not melt on the glass surface.
After baking, the fully transparent floor pattern will be shown through the transparent color of the sand surface, forming a unique decorative design of the actual effect. Montsand screen printing ink resist, composed of iron trioxide, light calcium powder, clay, etc., with cement ball mill grinding, particle size of 350 mesh, screen printing ink before the adhesive blend, the content of the above article is the glass bottle manufacturer summary of montsand wine bottle making technical, looking forward to a certain amount of assistance to many basin friends.
Glass wine bottle in rushing to the bright light source to see, the body of the bottle has a scattering of bubbles, the immediate result of such conditions is the composition of the glass wine bottle thermal stress is not good, which is mainly because the solidification pool temperature is not good glass material liquid solidification is not sufficient composition, classified as strict product quality problems, assuming the long-term nature of the mold shell not applied to the surface layer is oxidized, perhaps continuous application led to the mold shell surface adhered to some residue.