Green Science Alliance has announced the development of a groundbreaking bio-based glue for attaching nail tips and artificial nails. This new adhesive is designed to be cured using UV or LED light, offering an eco-friendly alternative to conventional petrochemical-based glues.
The company’s mission is to replace all materials derived from fossil fuels with plant biomass alternatives. This effort aligns with global initiatives to combat climate change by reducing carbon dioxide emissions. Because plants absorb CO2 during their growth and decompose after use, products made from biomass are considered carbon neutral, helping to lower overall greenhouse gases.
The development of this plant-based glue was led by Dr. Ryohei Mori and Dr. Hirotoshi Umemoto. The product contains 22-30% plant biomass, making it a significant step toward sustainable cosmetic ingredients. When cured with UV or LED light, the glue securely attaches semi-transparent or transparent nail tips to natural nails.
This innovation could mark a world first in the nail cosmetic industry. While similar UV or LED curing glues exist, they are typically made from petrochemical sources and do not emphasize bio-based content. The new glue aims to reduce health and safety risks associated with traditional adhesives, such as skin irritation, rashes, and burns caused by heat generated during rapid chemical reactions.
Traditional cyanoacrylate-based nail glues can cause respiratory problems and skin irritation, partly due to their chemical composition. In contrast, the plant-based glue minimizes heat production and suppresses rapid chemical reactions, reducing these risks. All ingredients are of cosmetic-grade quality, making the product safe for direct contact with skin and nails.
In addition to the glue, Green Science Alliance produces biodegradable, plant-based nail tips and other nail care products, all available on their e-commerce platform. Their goal is to promote eco-friendly, sustainable beauty solutions across Japan and the world.
