In response to environmental concerns over traditional glitter’s microplastic composition, the European Union’s ban on loose-plastic glitter sparked the rise of Bioglitter, championed as an eco-conscious alternative.
Developed by Ronald Britton Ltd., Bioglitter boasts natural degradation in freshwater environments within four weeks, aiming to address the environmental impact caused by its predecessor.
The journey began when Ronald Britton, prompted by a cosmetics customer’s eco-concerns, sought a sustainable replacement for plastic glitter, leading to the creation of Bioglitter.
Using regenerated cellulose sourced from FSC- or PEFC-certified European wood pulp, the product undergoes a meticulous process in Germany, ultimately receiving freshwater-certification, a testament to its biodegradability.
However, despite its touted eco-friendly status, controversies persist. Studies indicate that both biodegradable and traditional glitter may adversely affect plant life in freshwater, raising questions about the true ecological benefits of Bioglitter.
Some experts caution against overestimating its environmental friendliness, highlighting potential negative impacts on ecosystems due to the introduction of non-naturally-occurring cellulose during degradation.
Rafael Auras, a sustainability professor, emphasizes that Bioglitter’s degradation process could introduce non-natural elements to ecosystems, warranting careful consideration despite its biodegradable nature.
Nevertheless, as scrutiny intensifies on microplastics, Bioglitter’s demand surges. Initially embraced by the cosmetics industry, its application expanded to festivals, crafting, and clothing.
Recent collaborations, such as Guess launching a line printed with Bioglitter, indicate a growing market interest in sustainable glitter alternatives.
Sigmund Lindner’s acquisition of Bioglitter earlier this year was motivated by a commitment to address the glitter-related environmental challenges.
The company continues to refine Bioglitter’s formulations, offering varying effects like metallic, holographic, and opalescent finishes, seeking to enhance its appeal and utility.
While Bioglitter stands as an innovative step towards sustainable glitter, ongoing debates underscore the need for comprehensive assessment to ascertain its true ecological impact and ensure responsible usage within ecosystems.
