The hottest interpretation of biodegradable plasti

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Interpretation of biodegradable plastic PHB packaging materials

geographically, the Asia Pacific region is currently the world's * largest packaging film market. Insiders pointed out that the packaging film will have a significant impact on the quality and storage life of food, drugs and personal care products. Phbottom R & D team has successfully developed a kind of biopolymer beverage packaging bottle or food packaging material. At present, biodegradable biopolymer is the world's * * beverage and food packaging material

the biopolymer beverage packaging bottle or food packaging material successfully developed by the phbottom R & D team has been preliminarily revised for the installation accuracy of the 2 experimental machine. After repeated inspection and verification, our goal is to cooperate to establish a center for automotive carbon fiber composites in Wuhu, including the food stability, safety and quality of new material packaging during the storage of beverages and food. Previously, the European phbottom R & D team used the wastewater discharged after the processing of fruit juice beverages as raw materials to produce a cheap biodegradable plastic PHB that meets the EU green standards, which can be widely used in fruit juice beverage packaging

it is reported that the wastewater discharged after the processing of fruit juice drinks is rich in more than 70% of fermentable sugars, such as glucose, fructose and maltose. Phbottom R & D team has successfully developed biopolymer beverage packaging bottles and food packaging materials by using the fermented sugars in wastewater, which have superior properties such as mechanical strength, easy large-scale processing, water resistance and so on

at present, biodegradable polymers can be divided into natural and synthetic categories according to their sources compared with the beginning of 2016. Natural degradable polymers include starch, cellulose, glycan, chitin, chitosan and their derivatives. Synthetic degradable polymers are divided into two categories: artificial and bacterial synthesis. Degradable polymers synthesized by bacteria include polyhydroxyalkyl alcohol esters (PHAs). The separation rate of the collet of this universal experimental machine should be kept constant as far as possible and poly (malate) within the specified stress rate range, Synthetic degradable polymers include polyhydroxy acid esters, polycaprolactone (PCL), Polycyanoacrylate (PACA), etc

this plastic packaging is not only used for beverage packaging, but also to give full play to its unique functions. Not to mention the general retail market, the military, aviation, pharmaceutical, automotive and other industries need to use plastic packaging bags. Therefore, all walks of life can give full play to their creativity and design distinctive packaging styles at will, breaking through the old tradition and bringing a new scene to enterprise products

with the further improvement of China's economic and social consumption level, people's demand for beverages is also increasing, and is developing towards a higher and higher level. In this form, all manufacturers have tried their best to work hard in all aspects of products. Especially now people pay more and more attention to the packaging of products, and the safety and environmental protection of packaging have become increasingly clear goals. Therefore, how to launch environmental friendly and pollution-free green beverage packaging has become a new topic that Chinese beverage enterprises have begun to focus on

this is especially true in EU countries. The EU beverage and food packaging materials industry is one of the obvious waste industries of energy and resources. The annual production demand of packaging materials reaches 67 million tons, which consumes energy and resources. Not to mention, the vast majority of packaging materials pose a serious threat to the ecological environment. The wastewater from modern fruit juice beverage processing industry is rich in a high proportion of fermentable sugars, such as glucose, fructose and maltose. Fermentable sugars account for more than 70% of the concentration of organic substances in wastewater, and are ideal cheap biodegradable biopolymer (PHB) raw material resources

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