Bio-based plastic

That is,plastics derived from renewable resources. Unlike traditional plastics, bio-based polymers are derived from renewable resources such as sugar, starch, vegetable oil,and fiber. A m o n g them, corn, sugar cane, grain and wood are the most commonly used raw materials. To improve the sanitation performance to cater to the needs of food packaging, through eliminating the chain extender. Itwould biodegrades completely in soil, seawater and compost.Green environmental protection P L A is a n e w type of polyester material that uses corn, cassava and other renewable plants as raw materials. The raw materials are fermented and extracted by microbial fermentation to obtain lactic acid, which is then refined, dehydrated and oligomerized, pyrolyzed and polymerized. P L A has excellent biodegradability and can be completely degraded by 1 0 0 % of microorganisms in the soil within one year after disposal, producing C O 2 and water, and does not pollute the environment. Truly "from nature, to nature"!

PLA's monomeric lactic acid is a food additive and a biocompatible substance that can be completely absorbed by the body through metabolism.

Green environmental protection Natural c o m starchwas used as the main raw material and renewable resourceswereused toreplace non-renewable resources. Throughcompost, thegreencyce,from nature, to nature.

Health and safety D o notuse adhesive, paraffin and plasticizer, do not use fluorescent whiteningagent, health and safety, can be trusted to use.

W i d e Using Widelyused in food packaging, catering, hotel supplies, medical,electronic neto, aviation, players, seedling andother industries.