A new bio-degradable new material polylactic acid production technology with completely independent intellectual property rights will be mass-produced in Henan Yucheng Jindan Lactic Acid Technology Co., Ltd.

Biodegradable Cereal Straw Raw Plastic Spoon

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The advent of this disruptive technology perfectly solves the industrial chain construction of lactic acid from corn, polylactic acid from lactic acid, and fully biodegradable products from polylactic acid, which can completely solve the problem of "white pollution" that plagues countries all over the world. It plays an important role in promoting environmental protection and social development. At the same time, it can promote the rapid development of industries such as agriculture, industry, food, medicine and new materials, which may lead to the rise of a series of independent industries.

For many years, the plastics, fibers and medical materials used by people have been petroleum derivatives, which are non-degradable and consume huge amounts. At present, China consumes 60 to 70 million tons per year, which is only used for bags and plastic bags. It is about 7 million tons. The large number of plastics listed has brought great convenience to people, but its non-degradability has also brought serious environmental pollution. At present, the secondary pollution caused by plastic waste siege, plastic incineration, and soil damage caused by agricultural mulch have become a global problem. At the same time, the non-renewable nature of oil makes it imperative to find alternatives to petroleum-based plastics.

7 Inch Biodegradable Plastic Food Plate

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Bio-based degradable new material polylactic acid production new technology - Henan Yucheng Jindan Lactic Acid Technology Co., Ltd.

Technical research and development team Academician of the Chinese Academy of Engineering, Professor of Nanjing University School of Environment Zhang Quanxing and professors and doctoral supervisors of Nanjing University believe that the bio-based material polylactic acid has the characteristics of non-toxic, non-irritating, high heat resistance, good plasticity and processability. It is the most promising new material to replace petroleum-based plastics.