Bloomage Biotech connects the world with beauty | In-cosmetics Asia 2022

From November 1st to 3rd, the global personal cosmetic raw material exhibition "In-Cosmetics Asia" was held in Bangkok. As one of the most important international exhibitions for cosmetics, cosmetic appliances, and raw materials in the personal care industry, the In-Cosmetics series of exhibitions attracts tens of thousands of well-known cosmetic brands, supply chain personnel, scientific research institutes, and suppliers from all over the world every year.

Bloomage Biotech participated in the exhibition with its self-developed Biobloom™ Microecobeauty series products, Hybloom™ Zinc Hyaluronate (HA-Zn), Bioyouth™-FCM Cordyceps Militaris Ferment Filtrate and other products, bringing new natural skincare solutions to the cosmetics industry.
 
Highlight 1
Technical Seminar——“Natural and effective solutions for repairing products”

Mr. Guo Hao, the sales manager of Bloomage Biotech, introduced the three-dimensional solution for barrier repair based on fermented ingredients. The solution is developed from the aspects of microbial barrier, physical barrier, and immune barrier.

Highlight 2
Innovation Zone Box— The new raw material - HybloomTM Zinc Hyaluronate

Hybloom™ Zinc Hyaluronate is the perfect combination of HA and Zinc. This product combines the advantages of HA and zinc. At the same time, hyaluronic acid can also increase zinc's bioavailability, moisturizing and protecting the skin, and can be used in personal skin care and oral products.

Highlight 3
Spotlight On box——Chinese herbal medicine anti-aging solutions-BioyouthTM-FCM Cordyceps Militaris Ferment Filtrate
 
The Bloomage Biotech R&D team has excavated Chinese medicinal materials with skincare effects in many ancient books, such as "Compendium of Materia Medica," combined with the Bloomage Biotech fermentation technology platform to obtain active essences Bioyouth™-FCM Cordyceps militaris ferment filtrate.
 
Tests show that Bioyouth™-FCM can significantly promote the expression of hypoxia-inducible factor HIF-1α, improve skin aging problems such as collagen loss, pigmentation, and skin elasticity reduction caused by hypoxia, and can also activate autophagy to help skin repair and regeneration.