Why is 50 micron plastic acceptable as eco-friendly?

Posted by Lisa on December 20, 2022
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    Biodegradable plastics are a hot topic these days. They're often touted as having all the benefits of traditional plastic but with fewer of the drawbacks. But what exactly is biodegradable plastic, and should we be excited about it? Let's dive in!

    The 50 micron plastics are called "biobags".

    So what is a micron? A micron is a measure of length that is equal to one millionth of a meter (1/1,000,000 m). The 50-micron plastic bags are called “Bioplastics” or "biobags". Biodegradable means that the product will breakdown naturally into carbon dioxide (CO2) and water. Compostable means that the product will breakdown into soil enriching matter in an industrial compost facility.

    What's the difference between biodegradable and compostable? Biodegradable products can only be broken down by soil bacteria under certain conditions such as high temperature and oxygen levels, while compostable products need to be exposed to high heat or UV light in order to break down into organic matter.

    How big is 50 micron compared with 100 microns? The diameter of 50 micron plastics is about half as thick as 100-microns plastic bags

    Biobags are made from plant material, so a bag left to degrade on its own will be consumed by the environment.

    Biobags are made from plant material, and as such, a bag left to degrade on its own will be consumed by the environment. The material comes in various forms including jute, bamboo and hemp. All of these options are derived from plants that have been used for centuries and have been found to biodegrade naturally when exposed to UV radiation from sunlight. As such, even if you’ve made a mistake with your biobag (e.g., storing it without an airtight lid), it still has the ability to degrade into smaller pieces over time so that no harmful chemicals remain in our ecosystem once you’re done using them!

    There are also some other benefits to choosing bioplastic bags over traditional plastics: they don't need petroleum products or chlorine bleach in their manufacturing process; they're better at insulating food than other types of packaging; because they do not contain any BPA plasticizers like phthalates which can leach into food; they require less energy use during production compared with regular plastics (so there's less greenhouse gas emissions); they're compostable/digestible - meaning when placed into recycling bins at home or office buildings/schools/hotels etc...they will break down easily without causing problems for local water treatment plants – unlike traditional plastics which require special treatments before disposal into landfills where most often lead time between collection cycles may exceed 10 years!

    Biobags are not meant for repeated use.

    • Biobags are not meant to be used for repeated use.

    Many biobag manufacturers will tell you otherwise, but this is simply untrue. The reason that bioplastics are made from renewable resources is because they're meant to decompose when exposed to the environment. This means that if you're using a bioplastic bag as a garbage bin liner or something similar, it's going to hold up better than plastic would—but it also means that your bag won't last forever! Never reuse any type of bioplastic product unless your supplier says so specifically. Many people who reuse their bioplastic bags may find themselves at risk for allergies and other health issues down the line, since many companies don't test their products before distributing them. If you want an eco-friendly alternative with more longevity than these types of items provide, consider switching over completely by using reusable mesh produce bags instead!

    • Biobags cannot be recycled like traditional plastics can because they don't contain additives such as stabilizers or pigments (which are needed during the recycling process).

    A common misconception is that biodegradable plastics are recyclable.

    A common misconception is that biodegradable plastics are recyclable. Biodegradable plastics are not recyclable, nor are they compostable or biodegradeable. This means that the plastic can't be broken down into smaller parts by microorganisms and will remain a single monolithic piece of plastic in your waste stream for many years to come.

    Another common misconception of biodegradable products is they're better than regular plastics because they're "natural" or made from recycled material. However, most popular brands of bioplastic (such as polylactic acid) are not made from renewable resources like corn starch but rather petroleum-based polymers and other synthetic materials such as nylon, which do not break down over time like their natural counterparts.

    Biobags can also be less cost-effective than traditional bags because they cost more to make.

    Biobags can be made from a variety of materials, including recycled paper and virgin plastic. They can also be made from different types of plant matter, such as corn and sugarcane.

    There are many different types of bioplastics—some more cost-effective than others. Those that are made from more expensive raw materials may cost you more in the long run because they require more processing than traditional plastics do, which requires more energy and costs more money.

    Biobags are better for the environment, but they aren't meant to replace all of your plastic needs.

    Biobags are better for the environment, but they aren't meant to replace all of your plastic needs. Biobags are not recyclable, so they take up a lot more space in landfills than traditional plastics do. Additionally, biobags tend to be more expensive than traditional plastic bags.

    This means that you should use biobags when you can, but don't feel bad if you have to use a regular bag instead!


    Considering that biobags are less effective than traditional plastic bags, it makes sense to use them in moderation. We hope this post has given you a better understanding of biobags and their place in our world today.

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