In the vast blue expanse of our planet, oceans play a pivotal role. They nurture life, regulate climate, and generously offer abundant resources and breathtaking beauty to humanity. However, this azure wonder is currently shrouded in the shadow of plastic pollution, facing an unprecedented crisis. Traditional plastic products are notoriously difficult to degrade in natural environments, acting like “stubborn phantoms” in our oceans, persisting for decades or even centuries. They continually release harmful substances, poisoning marine life and ruthlessly disrupting the delicate balance of ocean ecosystems.

While some plastics claim to be biodegradable, such as polylactic acid (PLA), their limitations become stark in the unique and complex marine environment. Under typical conditions, PLA can decompose to some extent, but the ocean's specific temperature, humidity, and diverse microbial communities slow down this process significantly. More alarmingly, as these materials break down, they form tiny plastic particles—micro-plastics. Nearly invisible to the naked eye, these particles spread throughout the ocean, often ingested by marine organisms, and can travel up the food chain, ultimately threatening human health.

Biofil S is specifically designed for marine environments, offering exceptional degradation performance. Once it enters the ocean, it rapidly begins the decomposition process under the active influence of marine microorganisms. This process is thorough and ultimately converts the material into water and carbon dioxide, leaving no micro-plastic residues. This characteristic fundamentally eliminates potential harm to marine life and ecosystems, creating favorable conditions for the self-repair and healthy development of ocean ecology.

With its outstanding quality, Biofil S has successfully obtained multiple authoritative certifications, highlighting its leading position in the field of environmental protection.

1. TÜV AUSTRIA OK Biobased Certification — A Symbol of 100% Biobased Excellence

The OK Bio-based certification is a prestigious European standard for bio-based products, using a unique star system to visually represent the bio-based content of products. A one-star product has a bio-based content of only 20%-40%, while a four-star certification product must have greater than 80% bio-based content. Biofil S ocean-degradable filaments passed the rigorous EN 16640 standard radioactive carbon testing, achieving an impressive 100% bio-based content and earning the four-star certification. With a total carbon content of 56.3%, a significant amount of renewable materials such as sugars or vegetable oils are used in production, greatly reducing reliance on fossil resources and significantly lowering the product's overall carbon footprint, effectively alleviating pressure on marine ecosystems.

2.TÜV AUSTRIA MARINE OK Biodegradable Certification – Efficient Degradation for Marine Protection

This certification focuses on assessing the biodegradability of products like filaments, fishing nets, and lines in marine environments, requiring that biodegradable products achieve at least 90% degradation within six months. Biofil S ocean-degradable filaments easily surpass this standard, showcasing exceptional eco-friendly characteristics. This makes it an ideal alternative to traditional plastics, significantly reducing plastic waste accumulation in oceans and actively protecting the habitats of marine life, contributing to the stability and prosperity of marine ecosystems.

3. Japanese Biodegradable Certification – International Recognition of Environmental Strength

Biofil S ocean-degradable filaments have also received certification from the Japan Bioplastics Association for marine biodegradability. This certification is a testament to its outstanding performance on the international environmental stage, further validating the product's high-quality eco-friendly attributes across different regions and standards.

Diverse Applications of Biofil S Ocean-Degradable Filaments

The introduction of Biofil S ocean-degradable filaments offers a green transformation opportunity across various industries, particularly in the toothbrush and beauty sectors. It acts as a timely solution, injecting new vitality into sustainable development.

Toothbrush Industry – A Dual Commitment to Oral Health and Ocean Conservation

Toothbrushes made with Biofil S ocean-degradable filaments provide consumers with a high-quality cleaning experience while promoting oral health and environmental sustainability. Each brushing session becomes a small act of ocean protection, seamlessly connecting daily routines with marine conservation efforts and contributing to the safeguarding of ocean ecosystems.

Beauty Industry – Perfect Harmony of Aesthetics and Sustainability

In the production of biodegradable makeup brushes and eyelashes, Biofil S ocean-degradable filaments shine brightly. They can be customized to include antibacterial properties, ensuring product hygiene and safety. The filaments are soft, skin-friendly, and smooth, allowing for an effortless application that creates the sought-after natural look. Importantly, once these beauty tools have fulfilled their purpose, they won’t contribute to ocean waste, helping the beauty industry move toward sustainable practices. This allows consumers to pursue beauty while actively contributing to environmental efforts.

Biofil S represents more than just a product; this is a solemn commitment to the ocean and a powerful tool in our mission to protect our blue planet. Each filament embodies our deep affection for the sea and our determination to safeguard it. Let’s join hands in choosing Biofil S ocean-degradable filament products, starting with small choices in our daily lives to contribute to a brighter future for our oceans. If you’re interested in Biofil S filament, please feel free to contact us to get more details.

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