Glass bottle manufacturers briefly describe the production process and formula of glass bottles

admin 2022-05-06 11:48:3003 Comments
The key process of glass bottle production and processing includes,glass cookware: preliminary processing of raw materials. The small pieces of raw materials (quartz sand, ammonium bicarbonate, dolomite, marble, etc.) are broken to make the wet raw materials dull and boring, and the copper-containing raw materials are terminated with iron removal equipment to ensure the quality of the laminated glass. Preparation of mutual ingredients. melt. The laminated glass is mixed with each other and heated at a high temperature (1550~1600 degrees) in a pool kiln or a pool furnace to make it form an average value, without bubbles, and cut into the liquid glass required for forming.
take shape. Put the liquid glass into the grinding tool to make the glass fiber reinforced plastic products of the requested design, such as tablet computers, various containers, etc. heat treatment. After quenching, heat treatment and other processing processes, to eliminate or cause the in-situ stress, phase separation or crystallization inside the laminated glass, and to modify the structure of the laminated glass, the first thing to do is to design a plan and produce abrasive tools. Quartz sand is the key raw material, and other auxiliary materials are melted into liquid at high temperature, and then introduced into the abrasive tool, cooled, wounded, and quenched to form a glass bottle.
Glass bottles generally have a rigidity mark, and the mark is also made of the design of the abrasive tool. According to the manufacturing method, the forming of glass bottles can be divided into three types: manual service blowing, mechanical equipment blowing and extrusion processing. Glass bottles can be divided into the following categories according to their ingredients: soda glass, lead glass, borosilicate laminated glass, and the key raw materials of glass bottles are of course iron ore, artificial quartz stone, sodium hydroxide, dolomite, etc. Glass bottles have high-to-width ratio of light transmittance and corrosion resistance, and it is not easy to change the characteristics of materials when they come into contact with most chemicals.
Its production and processing technology is cumbersome, the appearance is free to change, the strength is high, high temperature resistance, clean, easy to settle, and has the characteristics of repeated application. As a key packaging material, glass bottles are widely used in food, oil, wine, beverages, seasonings, cosmetics and their liquid chemical raw materials. However, glass bottles also have their shortcomings, such as net weight, high transportation and storage costs, and lack of impact resistance.

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