Raw materials for beverage plastic bottle packaging must be improved and breakthrough

In the summer, the market demand for all types of beverage plastic bottles has grown rapidly. However, the summer heat environment is a test for plastic bottle packaging. Plastic bottles are prone to produce various harmful substances at high temperatures, affecting human health.

Nowadays, more and more people are beginning to realize the effect of high temperature on the packaging of plastic bottles. However, we cannot change the external environment of high temperature. Therefore, for plastic bottle manufacturers, how to solve the problem of the stability of plastic bottle packaging under high temperature environment is a problem that needs to be solved. Otherwise, as the consumer's distrust of plastic bottle packaging increases, plastic bottle packaging materials are always available. There is a risk of being replaced.

If you can start from the plastic bottle material itself, to strengthen the heat resistance of plastic bottles, which is clearly the fundamental solution to the problem. However, it is not easy to achieve this. On the one hand, it requires capital investment for the R&D and innovation of such packaging materials. The emergence of a new type of material requires the research costs of human and material resources. On the other hand, whether the increased production costs of new materials can be accepted by the market is also a consideration.

Therefore, as a plastic bottle manufacturer, it is both an opportunity and a challenge to change the heat resistance of plastic bottles.

Plastic bottles are stronger in material plasticity

Plastic bottles are often strong in the plasticity of materials, which makes the application of many new packaging technologies on plastic bottles far more convenient to glass bottles, so we will find that although glass bottles have a long history of packaging, they have not changed much. The packaging innovation is not strong above, and the plastic bottle has won more market orders for it.

Doing some new improvements and attempts on glass bottles does require more energy and money than plastic bottles. For example, plastic bottle labeling technology has not been applied to glass bottles. In fact, the sleeve labeling can expand the display information of the glass bottle packaging, and can improve the publicity of the glass bottle packaging. However, there is a certain degree of difficulty in using sleeves on glass bottles. Therefore, glass bottles can only be realized by spraying and other technologies. For this issue of glass bottles, we believe that only from the bottle manufacturers' continuous efforts to improve their products and adapt to the new technologies of market changes can they better integrate into the market.

For consumers, only the improvement of glass bottles will enable the entire packaging industry to be in a healthy competition and win more opportunities.

Beverage bottle packaging improved materials to explosion proof

The advent of summer, beverage bottle riots have to pay more attention. In a high-temperature environment, especially some carbonated beverages, there will be a large amount of gas generated, which can easily explode and endanger people's safety. For such hidden safety hazards, people tend to overlook them more easily and need attention.

There is another category that we will not notice. Now more and more large bottles of beverages. Because of its large capacity, it is difficult to drink in a single shot. Under such circumstances, the remaining beverages are prone to explosion due to the growth of bacteria and high-temperature environment, and require attention and attention.

For the beverage bottle heating is likely to have an explosion, it should be said that consumers pay attention to is not enough, the key lies in the improvement of the packaging material of the beverage bottle. Providing safer and more reliable beverage bottles, even in a heated environment, can better withstand the pressure from the inside of the bottle, thereby reducing the harm caused by the explosion of the beverage bottle is a more permanent solution.