Using crystal white material glass, double-layer bottle design, the bottom is a little recessed, the effect is more high-end.
The composition of glass is one of the main factors that determine the properties of glass. Therefore, the chemical composition of bottled glass should first meet the physical and chemical performance requirements of bottled glass, and at the same time, it should be combined with comprehensive considerations such as melting, forming and processing technology. Another very important point is to consider saving costs and reducing pollution.
According to the purpose and grade of the glass bottle, the bottle glass components can be divided into beer bottle glass components, liquor bottle glass components, canned bottle glass components, medical bottle glass components, and reagent and chemical raw material bottle glass components. According to the requirements of different uses for glass performance, the glass composition should be designed in a targeted manner to reduce costs.
Generally, we usually divide the glass composition type according to the color tone. It is customarily divided into high white material (iron oxide <0.06%), bright material (general white material), semi-white material, color material, and milky white material. Commonly used high-white materials are generally used for high-end wine bottles and cosmetic bottles; semi-white materials are used for canned bottles, which contain a certain amount of iron oxide, which is mainly used to absorb ultraviolet light, containing less than 0.5% of iron oxide, and the ultraviolet limit is 320nm the following. The beer bottle is green or amber, and the absorption limit is about 450nm.