Blog Details
- Home
- Blog Details
What are the main technologies for glass bottle manufacturers to improve the hardness of glass bott
The first is the transparency of the glass bottle. The transparency of the glass bottle can give customers a clean visual impression. The hardness quality of glass bottles can enhance customer confidence. Many manufacturers improve the quality of glass containers by cold and thermal spraying, glass bottle inner and outer walls，glasscookware.
Another way to increase the hardness of the container by adding powder to the wall heating is to reduce the cracks on the surface and inside of the glass bottle, thereby increasing the hardness of the glass bottle and improving the quality of the product. The specific principle of this powder spraying method is: when the glass bottle comes out of the molding die of the bottle making machine, the multi-particulate ammonium sulfate powder is put into the bottle through an automatic powder sprayer, and then annealed in an annealing kiln.
The automatic powder feeder is equipped with a funnel, a powder storage tube and a powder feeding nozzle. The piston rod with the feed hole can slide horizontally and repeatedly. The powder in the storage tube can be quantitatively fed into the feed nozzle and dropped into the glass bottle. Because the powder is evenly distributed in the glass bottle, the bottom of the bottle absorbs heat evenly, which reduces the generation of cracks and improves the processing quality. After the second return, the glass container rarely cracks, and the hardness and yield can be increased accordingly.
Another way to increase the hardness of the container by adding powder to the wall heating is to reduce the cracks on the surface and inside of the glass bottle, thereby increasing the hardness of the glass bottle and improving the quality of the product. The specific principle of this powder spraying method is: when the glass bottle comes out of the molding die of the bottle making machine, the multi-particulate ammonium sulfate powder is put into the bottle through an automatic powder sprayer, and then annealed in an annealing kiln.
The automatic powder feeder is equipped with a funnel, a powder storage tube and a powder feeding nozzle. The piston rod with the feed hole can slide horizontally and repeatedly. The powder in the storage tube can be quantitatively fed into the feed nozzle and dropped into the glass bottle. Because the powder is evenly distributed in the glass bottle, the bottom of the bottle absorbs heat evenly, which reduces the generation of cracks and improves the processing quality. After the second return, the glass container rarely cracks, and the hardness and yield can be increased accordingly.
Leave a comment