Guangxi Nanning Flight Supply Trading Co., Ltd.
Guangxi Nanning Flight Supply Trading Co., Ltd.
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Environmental-friendly and Safe PLA Cutlery
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Environmental-friendly and Safe PLA Cutlery

Oct.22,2020

The materials of PLA cutlery are mainly obtained through the fermentation of plant starch. The purebred raw materials can withstand a temperature of 60 degrees, and can reach 110 degrees or above after performance improvements. Now, many people who live an environmental-friendly and low-carbon life have begun to use PLA cups, bowls, forks and spoons instead of disposable plastic cutlery.


Advantages of PLA utensils


PLA film has the advantages of high transparency, high gloss, etc., at the same time, it has a long-lasting pleasant fragrance and high-quality air permeability, which can keep stuffs like vegetables, bread, fried dishes fresh, and can be widely used as disposable cutlery and food packaging materials.


Why is PLA cutlery environmentally friendly?


Polylactic acid (PLA) is a new type of biodegradable material that can be obtained by extracting starch from renewable plants such as corn, potatoes, and cassava. Starchy materials are saccharified to obtain glucose, which is then fermented by glucose and certain strains to produce highly-purified lactic acid. After the process of chemical synthesis and polymerization, the lactic acid becomes polylactic acid (PLA). Finally, various PLA cutlery which is made of PLA, and the discarded PLA cutlery can be completely degraded by microorganisms. The water and carbon dioxide generated in the degradation process directly enter the soil organic matter or be absorbed by plants, will not be discharged into the air, and will not cause the greenhouse effect, thus playing a role in protecting the Eco-environment.


Guangxi Nanning Flight Supply Trading Co., Ltd. is a trust-worthy PLA cutlery manufacturer. Our PLA cutlery is non-toxic and tasteless. It is a kind of sustainable cutlery set that is very suitable for airlines to contain food. Also, it can be naturally degraded under composting conditions, thereby effectively reducing white pollution in the environment.