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Section: Ingredients

Loose plastic glitter used as a cosmetic product can continue being sold until Oct. 16, 2029, for leave-on cosmetics.

How the EU Microplastics Ban Affects Glitter

The European Commission's (EC's) ban on microplastics intentionally added to cosmetics went into effect on Oct. 17, 2023. This includes some forms of glitter, individually and in mixtures, which the commission explained in a recent Q&A.

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Ocean Microplastics: Are Biodegradable Materials the Answer?

Microplastics are going away and consumers are looking even more closely at product labels for clean solutions. Does your formula stand up to the challenge? Learn about a biodegradable and gentle alternative to microplastics.

For certain 'leave-on' cosmetic products, per the new restriction, due to their low contribution to the overall emissions of microplastics, as well as the potentially large impact on the cosmetics industry, the agency's committee for socio-economic analysis considered two additional measures as appropriate alternatives to the ban.

European Commission Adopts Measures Restricting Intentional Microplastics

The measures will prohibit the sale of microplastics and of products to which microplastics have been added intentionally and that release those microplastics when used.

According to the researchers, it is likely the microplastics entered the mothers' bodies by ingestion or through respiration.

Microplastics Detected in Human Placenta: Industry Implications

A new study published in Environmental International has identified the presence of microplastics in human placenta. While science examines their risk, industry (including cosmetics) might expect to hasten their replacement and removal.

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SEAC Adopts EU-wide Microplastics Ban Proposal

The ECHA's Committee for Socio-economic Analysis (SEAC) has adopted a landmark EU-wide restriction proposal that would ban the use of microplastics in cosmetics and other consumer products.

The ingredient is derived through Teysha’s natural product polycarbonate platform, which per the company, can create a wide range of polymers with tunable properties for practical short and long-term applications.

Teysha Technologies Debuts Microplastics Replacement AggiePol for Beauty Applications

The biodegradable material has the potential to eliminate 8,700 tonnes of microplastics used in cosmetics as thickeners, film-forming agents, stabilizers and more.

Big Kelp Flex harnesses the regenerative properties of seaweed instead to create a superabsorbent ingredient that efficiently suspends particles in mineral sunscreens.

Goodbye, Microplastics: Beauty’s Glow-Up for a Greener Future

From silicone-based alternatives to seaweed-derived cellulose, these newly launched innovations aim to deliver luxury and ethics.

'The most polluting industries, pharmaceuticals and cosmetics, will be required to pay at least [80%] of the cost for micropollutant removal...'

Europe's Wastewater Measure to Apply 'Polluter Pays' Fee for Microplastics, PFAS

The directive will require the removal of more nutrients and micropollutants from urban wastewater, particularly those from "toxic pharmaceuticals and cosmetics."

Cellugy team

Cellugy Secures $9.25M to Eliminate Microplastics in Personal Care with Biobased Innovation

“Our end goal is sweeping petrochemicals from an industry worth billions, and we now have the backing and the partnerships to make it happen.”

KF-6070W is a water-soluble silicone wax with a smooth melting and spreading sensation on the skin. The silicone emulsifier can be applied as a feel enhancer in water-based and O/W hair care, skin care and base makeup products.

Shin-Etsu Chemical Co. Launches Silicone Tech for Hydrophilic Beauty and Microplastics Replacement

KF-6070W is a water-soluble silicone wax with a smooth melting and spreading sensation on the skin. The silicone emulsifier can be applied as a feel enhancer in water-based and O/W hair care, skin care and base makeup products.

Microplastics are sometimes used in mineral-based sunscreens to get high-density particles to disperse evenly.

Macro Oceans Launches Big Kelp Flex to Eliminate Microplastics

California-based biotech company Macro Oceans launched Big Kelp Flex, its new seaweed cellulose ingredient.

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Evonik Recognized as One of Henkel’s Top Contributors

The company was recognized for its development of a wax-based opacifier for rinse-off applications like shampoos and shower gels. It utilized the readily biodegradable ingredient in its Fa relaunch, as an alternative for microplastics.

Microplastic alternatives offer a range of effects, including blurring, across an array of cosmetics.

Shin-Etsu Silicones of America Introduces Soft-Focus Microplastic Alternatives for Cosmetics

These ingredients are designed to replace traditional microplastics, while maintaining aesthetic, sensory and functional qualities in cosmetic formulations.

Aprinnova Biosilica

[update] Aprinnova Biosilica Offers Silica Replacement

Biosilica by Aprinnova is derived from discarded sugarcane ashes that can be used in foundations, creams, lotions and more as a sustainable and renewable performing replacement to extractive silica and microplastics.

Biotechnology allows Sensegen to render natural materials abundant, available, accessible and affordable without the challenges of agriculture or climatic variability.

Exclusive Consumer Survey: New Naturals & the Future of Beauty

Leveraging biotechnology, Sensegen is able to yield a 90% reduction in ingredients' environmental footprints while boosting biodegradability and doing away with allergens and microplastics.

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Soft-focus Effects Delivered by Fermented Cosmetic Filler

This naturally derived cosmetic filler does not contain microplastics and can be used to blur skin imperfections, create a matte effect and alter application behavior and skin feel.

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Unilever, Bio-on Strike Partnership to Reduce Environmental Impact

The collaboration aims to meet the demands of consumers who are becoming increasingly concerned with sustainability and making purchasing choices that respect the environment, and will utilize patented biotechnologies to produce natural, biodegradable microplastics.

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Acrylates are out, natural polyesters are in: A case study of greener chemistry

Conscious consumers are concerned with microplastics, nano-plastics, and persistent and non-biodegradable materials. Polymers based on acrylate or other vinyl monomers (e.g. VP) fall under this bucket and are targets for reformulation.

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