Mirae Biology
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| Item | Value |
|---|---|
| Main Ingredient | Camellia Japonica Flower Extract Sodium DNA |
| Type | Plant-Derived PDRN |
| Form | Liquid |
| Place of Origin | South Korea |
| Cultivation method | Artificial planting |
We are a cosmetic raw material company specializing in the research, development, and distribution of cosmetic ingredients. We supply a wide range of raw materials to both domestic and overseas markets. Based on strong technical expertise and industry experience, we identify and propose ingredients that meet specific customer needs, providing high-quality solutions for skincare and functional cosmetics.
Our core strengths lie in research-driven technology combined with strong sales and communication capabilities. We operate two R&D centers, enabling systematic and flexible research. Our experienced sales team stays ahead of market trends, allowing us to effectively translate R&D outcomes into practical business solutions.
We develop a wide range of eco-friendly and natural cosmetic ingredients. We focus on natural resources to create nature-derived actives. Additionally, we develop high-function ingredients utilizing PDRN, Liposome, and Exosome technologies, ensuring both efficacy and stability for advanced skincare.
Yes, we provide customized development tailored to each customer’s concept and target market. Our services include ingredient customization, joint development of new functional materials, and formulation application support. We work closely with clients through a flexible and reliable development process to create differentiated, competitive products.
We collaborate closely with international partners worldwide. We build strong, reliable relationships through consistent communication and prompt support. Our goal is to foster long-term partnerships with global clients based on mutual trust.
The main ingredient is Camellia Japonica Flower Extract Sodium DNA. It is a plant-derived PDRN in liquid form, sourced from South Korea and grown through artificial planting cultivation methods.
