
Seoul, Korea – July 2-4, 2025 – Aegis, a global leader in UV protection technologies, made a remarkable appearance at In-cosmetics Korea 2025, Asia’s premier exhibition for cosmetic ingredients. Held at COEX Convention Center in Seoul, the event brought together over 800 exhibitors and 50,000 industry professionals to explore the latest trends in beauty science. Aegis captivated attendees with its comprehensive portfolio of advanced sun care solutions, reinforcing its position as an innovator in UV filter technology.



Star Products: Redefining Sun Care Performance

Aegis’ star product, AEGIVITA® MDG is a highly efficient particulate organic broad-spectrum UV absorber and is a stable dispersion in water. AEGIVITA® MDG couldachieve a high UVA-PF and SPF value with very low loading level. Thecombination of AEGIVITA® MDG with other organic and inorganic UV absorber will show a synergist to improve the light stability of the total formulation. And this product garnered significant interest from international brands during the exhibition.

Environmental Commitment at the Forefront: Pioneering Eco-Conscious Sun Care

With growing global demand for environmentally responsible ingredients, Aegis’ UV filters became a focal point of discussion. This innovative line delievers high-performance UV absorption while meeting stringent Ocean-friendly standards. The environmentally-safe formulation aligns perfectly with the industry’s shift toward green beauty, empowering brands to develop next-generation sun care products with reduced environmental impact.

Shaping the Future of Green Cosmetics
In-cosmetics Korea 2025 highlighted three key industry trajectories: green technology, precision skincare, and cross-border collaboration – all areas where Aegis’ innovations demonstrate strong alignment. Moving forward, Aegis remains committed to advancing UV protection science through its “Technology Innovation +Eco-Friendly Solutions” approach, collaborating with global partners to build a more environmentally-conscious beauty ecosystem.
