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The Hidden Peril of PLA Products in Our Oceans

The Hidden Peril of PLA Products in Our Oceans
Polylactic Acid (PLA) products are frequently touted as eco-friendly alternatives to traditional plastics. However, there's a critical caveat: these materials are not as benign as they may appear, particularly when they find their way into our oceans.

PLA products do indeed break down in the ocean, but the repercussions are far from benign. As PLA degrades, it generates microscopic particles known as microplastics. These tiny fragments are ingested by marine life, ranging from sardines to whales, leading to health problems and disrupting the marine food chain. Over time, the accumulating toxins find their way into humans who consume seafood, affecting us as well.

The harmful consequences don't end there. Microplastic ingestion leads to a slew of issues for marine creatures, including inhibited growth and development, feeding and behavioral difficulties. Such microplastic accumulation wreaks havoc on ocean biodiversity, creating a severe imbalance that will only worsen if we persist in using such products.

The term "biodegradable" should not be misconstrued as immediate disappearance. In fact, PLA can take years to fully decompose, continuing to contaminate our oceans and harm marine life throughout that period. The idea that these products are entirely harmless is a misconception.

Nevertheless, there is cause for optimism. Corn Next's CN2017 sets itself apart. Unlike other products, CN2017 breaks down entirely in as little as 30 days in the ocean, leaving no detrimental traces behind. No microplastics, no harm to marine life, and consequently, no harm to us humans.

It is imperative to grasp the distinction between CN2017 and conventional biodegradable products available in the market. The rate at which they decompose and whether or not they leave harmful residue are pivotal factors when making informed consumer choices.

Call to Action: Choose wisely for a cleaner, healthier ocean ecosystem. Discover the difference with CN2017 today.
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