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  • Anti-breakage and anti-abrasion of glass bottles during production and transportation
    With the rapid development of the cosmetics industry, consumers are increasingly demanding the quality of packaging containers. Glass bottle packaging containers are not only limited to light bottles. Now many brands apply techniques such as spraying, electroplating, printing, and bronzing on glass bottle containers. . How to prevent glass bottles from being damaged and scratched during production and transportation is a practical problem faced by every glass bottle manufacturer. 1. Light glass bottle Since the glass light bottle has no secondary processing, as long as the glass bottle is prevented from being damaged during transportation and there is no pollution in the glass bottle, the customer's requirements can be met. Therefore, the packaging method of light glass bottles is relatively simple. Use ordinary paper grids to separate the glass bottles and pack them in ordinary cartons or place the light bottles on the PP board. 2.Glass bottle with decoration Since the weight of the glass bottle is generally heavy, the decoration part is easy to be scratched during production and transportation, so special protection should be given to it. In the early days, most glass bottle manufacturers used PE bags to pack each glass bottle separately, and then put it in a carton with a grid. However, operators using PE bags need to spend a lot of time to remove the PE bags, which greatly affects the efficiency of the filling plant and the increase in costs. Therefore, filling manufacturers are not willing to use this packaging method. Because glass manufacturers have different decoration capabilities, some manufacturers have relatively good decoration firmness. After testing, it is found that the packaging method of laminated paper grid files can also meet the quality requirements. However, the firmness of decoration of some glass manufacturers is not very good, and there will be scratches during the transportation test, which cannot meet the quality requirements. After a lot of testing, it was found that the packaging method of PE foam grid file can meet the quality requirements: the glass is not damaged, and the decoration is not scratched. After testing, the glass bottles with decoration packaged in this packaging method can meet the quality requirements even when they are shipped abroad.
  • How to solve the fragile problem of glass bottles?
    As we all know, as packaging materials, glass bottles are mainly used for food, oil, wine, beverages, condiments, cosmetics and liquid chemical products, etc., with a wide range of uses. The main characteristics of glass bottles are: harmless and tasteless; transparent, beautiful, good barrier properties, airtight, abundant raw materials, low price of glass bottles, and can be used in multiple cycles, glass bottles are more heat-resistant, pressure-resistant, and resistant The advantages of cleaning are high temperature sterilization and low temperature storage. The main raw materials of glass bottles are natural ore, quartz stone, caustic soda (chemical formula is NaOH), limestone and so on. The glass bottle has a high degree of transparency and corrosion resistance, and the material properties will not change in contact with most chemicals. However, glass bottles also have their disadvantages, such as large weight, high transportation and storage costs, impact resistance, and fragility. Glass bottle my country's traditional beverage packaging container, glass is also a kind of packaging material with a long history. With many packaging materials pouring into the market, glass containers still occupy an important position in beverage packaging, which is inseparable from its packaging characteristics that other packaging materials cannot replace. Fragility is a problem in the use of glass bottles (Emerson), which makes glass products subject to great limitations in daily use. So, how to solve the fragile problem of glass bottles? he emergence of FRP solved the problem of glass fragile steel. FRP, that is, fiber reinforced plastic, generally refers to the use of glass fiber to strengthen non-polyester, epoxy resin and resin resin matrix. Reinforced plastics made of glass fiber products are the so-called glass fiber reinforced plastics, or glass fiber reinforced plastics. Because of its different characteristics, it is called FRP, epoxy FRP, and FRP. Lightweight and hard, non-conductive, stable performance, high mechanical strength, less recycling and corrosion resistance. It can replace steel to make machine parts, automobile and ship shells, etc. The glass material has good hardness, transparency, high temperature and corrosion resistance. At the same time, steel is hard and not easy to break, and it also has the characteristics of high temperature. The glass fragmentation (hardness) of the glass, the high temperature of the material, the corrosion resistance, and the characteristics of steel, this (material) will be of great use.

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