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Showing posts from July, 2022

Why Use Biodegradable Shipping Bags For Your Business?

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  Do you know that every day we tend to use a chunk of plastic that harms the serenity of nature and ensures that we are pushed towards the doldrums? As a civilized society, the least we can do is shift to a more sustainable choice, and that is none other than choosing compostable mailers. These are sustainable and thus make up a great choice even in the long run. For a very long time, we have just used tons of plastics, which has also added to the toxicity of nature. It is time that we make a conscious decision and ensure that this mistake is not repeated and that the transition is indeed smooth.  What Does It Mean by Biodegradable Shipping Bags?  Now we come to the most important question, what does one mean by  biodegradable shipping bags   and why are they so popular? As you might have understood from the name, these mailer bags are usually made of sustainable and eco-friendly materials. Hence, these can get composted into the earth’s surface very easily, and they do not continu

Using Compostable Mailers Instead Of Plastic Packaging Material

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Increased consumerism has led to increased production of waste. Wastes in the form of large quantities of synthetic polymers or plastics end up in landfills and oceans, causing immense harm to the environment.     Nowadays, firms are trying to address the problem of waste by investing in research to find alternatives to pollution-causing plastics.   One step toward preserving environmental sustainability is the production of compostable mailers . The manufacture of compostable, biobased plastics in the hope that natural degradation will quell at least some of the waste.   Constituents   of compostable mailers  Compostable mailers are made with a combination of fossil-fuel-based PBAT and corn-based PLA bioplastic. Created to fight the increasing plastic problem around the world, PBAT is a good alternative to plastic.   The polymer PBAT breaks down completely when composted commercially or at home, leaving no residue behind.   Furthermore, its decomposition does not lead to