Ultra-micro Wall-breaking Technology
Select authentic premium botanical raw materials. Adopt low-temperature ultra-micro grinding physical wall-breaking technology to finely grind plant roots, stems, leaves and flowers into ultra-micro powder of over 150 meshes. It fully breaks plant cell walls, making active ingredients easier to dissolve and absorb by the scalp.
Supercritical Fluid Extraction
Lavender and rosewood essential oils are extracted using supercritical CO₂ fluid, which preserves the activity and natural aroma of the pure essential oils.
Hyper-Dimensional Cold Extraction Technology
For Black Ginger Extract – Extracted via long-cycle low-temperature process under supercritical high-pressure sealed conditions, preserving volatile gingerols and flavonoids. Target components are selectively extracted in supercritical state; 20–40 MPa pressure enables gasification and separation of CO₂, yielding a more natural, safe and highly active black ginger extract.
Enzymatic Molecular Cleavage Technology
For Chinese Arborvitae Leaf Extract – This technology efficiently breaks down plant fibers and cellular structures to release active ingredients while retaining their original bioactivity. Coupled with membrane separation and concentration technology, it purifies and concentrates the active components of arborvitae leaves, greatly enhancing product efficacy.
Patented Strain Fermentation Technology
For the nourishing essence of Chinese Arborvitae Leaf Extract, Ginseng and Fo-Ti – Fermented with patented high-yield strains via two-stage synergistic extraction and biotransformation. The contents of total flavonoids and saponins are increased by 2.2 times and 4.4 times respectively, greatly strengthening the bioactivity of the ingredients.
Exclusive Silk Breeding Technology for Hair Care
Engineered silkworm strains are cultivated to produce silk whose amino acid profile closely matches that of hair keratin, ensuring optimal hair care efficacy.
Targeted Enzymatic Hydrolysis Technology
Silk protein undergoes targeted hydrolysis to produce hydrolyzed sericin and fibroin of large, medium and small molecular weights.Combined with TG enzyme, it facilitates cross-linking between silk amino acids and damaged hair proteins, delivering all-round repair to the hair surface and cortex, while improving hair elasticity and tensile strength.
