What are the production materials of liquor bottles?
Liquor bottle is a kind of wine packaging product. According to the material, wine bottles are generally divided into: high white material glass bottle, milky white material glass bottle, fine white material glass bottle, colored wine bottle, etc. Why is it so divided?
First of all, the production materials are different. The production materials of wine bottles are glass bottle slag, discarded wine bottles and so on. The precision required in the processing process is not the same.
Secondly, the quality of the stored wine is different. Different wines use different bottles, and high-end wines must use high-end wine bottles, with relatively high precision and high quality. The same is true for low and mid-range.
Finally, winery strength. Each winery has its own budget and cost, and the strength of different companies requires different materials for the production of wine bottles.
Main manufacturing materials and manufacturing methods of liquor bottles
According to the production method, the molding of liquor bottles can be divided into three types: manual blowing, mechanical blowing and extrusion molding.
Liquor bottles can be divided into the following types according to the composition: one is sodium glass, the other is lead glass, and the third is borosilicate glass.
The main raw materials of liquor bottles are natural ore, quartz stone, caustic soda, limestone and so on. Glass bottles have high transparency and corrosion resistance, and the material properties will not change when in contact with most chemicals. The manufacturing process is simple, the shape is free and changeable, the hardness is high, heat-resistant, clean, easy to clean, and has the characteristics of repeated use. Liquor bottles are mainly used as packaging materials for food, oil, wine, beverages, condiments, cosmetics and liquid chemical products, etc., and they are very versatile. But glass bottles also have its disadvantages, such as heavy weight, high transportation and storage costs, and lack of impact resistance.