Explore our highly-stable cosmetic actives and natural functional extracts engineered for superior skin absorption, stability, and formulation flexibility.
Shaanxi Mirae Biology Co., Ltd. is a leading global manufacturer and exporter specializing in the R&D, processing, and distribution of high-purity plant extracts, bioactive peptides, functional cosmetic ingredients, and customized chemical intermediates.
Strategically located in Shaanxi Province, China—a geographical hub renowned for its vast botanical diversity and advanced biochemical research clusters—we leverage the ecological wealth of the Qinling Mountains. By fusing natural, wild-crafted resources with state-of-the-art purification and chemical synthesis technologies, we consistently deliver high-performance cosmetic raw materials.
Our global supply network covers North America, Europe, Southeast Asia, and the Middle East. Through strict adherence to global regulatory and quality standards, we offer international brand owners and cosmetic formulators the stability, safety, and performance needed in today's clean-label consumer market.
We manage the entire lifecycle of cosmetic raw materials from plant cultivation and solvent extraction to spray drying, blending, and custom encapsulation.
Why leading beauty brands, clinical skincare formulators, and pharmaceutical houses rely on Shaanxi Mirae Biology for their active ingredient supply.
Every batch undergoes testing using HPLC, GC-MS, and UV-Vis spectroscopy. We offer third-party heavy metal validation, pesticide residue analysis, and strict microbiological assays to meet international cosmetic safety standards.
Our manufacturing facility utilizes low-temperature vacuum extraction, supercritical carbon dioxide (CO2) technology, and advanced chromatography columns to maximize active molecular concentration while preserving chemical integrity.
We offer custom solutions, including powder micronization, liposomal encapsulation, solid-dispersion processing, and custom chemical synthesis. We adjust parameters like solubility, particle size, and color to suit your formulation.
Combining industrial automation with strict biological controls, our production workflow guarantees high-purity yields at competitive prices.
Strict screening and testing of premium botanical and synthetic precursors for heavy metals and purity levels.
Using solvent systems or supercritical CO2 to release active molecules from raw plant cell matrixes.
Low-temperature vacuum boiling isolates valuable compounds without heat-degrading delicate biochemical structures.
Target compounds are isolated via macroporous adsorption resins to increase active ingredient potency.
Utilizing rapid spray-drying systems and freeze-drying techniques to create fine, soluble powders.
Pulverization under controlled temperatures to achieve targeted mesh distribution and flowability.
Precision mechanical blending to ensure absolute homogeneity across complex multi-ton production batches.
Final analytical testing, verification of compliance specs, airtight vacuum packaging, and QA sign-off.
Our production facilities feature advanced, high-throughput extraction and refining equipment designed to scale from small R&D batches to large-scale industrial outputs.
Exploring cellular synthesis pathways, bio-fermentation, and skin penetration systems.
Historically, collagen utilized in cosmetics was derived from animal tissue, raising challenges in immunogenicity, solubility, and transdermal penetration. Modern biotechnology utilizes engineered microbial hosts (like Pichia pastoris or E. coli) to synthesize recombinant human-like collagen.
Recombinant Human Collagen Type III has a high degree of biocompatibility with human skin tissue. The amino acid sequence is matched to the natural human triple-helix template to support cell migration and accelerate extracellular matrix synthesis. This helps improve skin elasticity and support skin barrier repair.
The mechanism of cosmetic peptides, such as Hexapeptide-2, relies on cell-signaling pathways. Hexapeptide-2 acts as an antagonist to Alpha-Melanocyte Stimulating Hormone (α-MSH), binding competitively to the MC1 receptor. This helps limit the signaling cascade that triggers tyrosinase activation in melanocytes.
For hyperpigmentation control, we manufacture high-purity Thiamidol (isobutylamido thiazolyl resorcinol). Thiamidol directly targets human tyrosinase activity to help reduce melanin production, making it a key active ingredient for brightening formulations.
Addressing the major formulating, stabilizing, and regulatory issues faced by cosmetics and personal care developers today.
Active powders like Procyanidin and Resveratrol often exhibit poor water solubility, leading to crystallization in liquid formulations. We provide water-soluble variants and micro-encapsulated formulations designed for smooth, uniform dispersion in cosmetic products.
Exposure to UV light and air can degrade raw botanical compounds. Our chemical engineering team utilizes co-solvent systems, natural stabilizers (such as Metabisulfites), and nitrogen-shielded vacuum packaging to maintain ingredient potency over a longer shelf life.
Consumers increasingly seek plant-derived alternatives to synthetic chemicals. We offer natural essential oils, botanical extract powders, and plant-derived amino acids that align with clean-label requirements, vegan standards, and green beauty certifications.
Exporting cosmetic raw materials globally requires strict compliance with diverse regional chemical safety laws. Shaanxi Mirae Biology provides comprehensive technical documentation to streamline your custom clearance and regulatory submission processes.
Whether you are complying with Europe's EC 1223/2009 cosmetics directive, the US FDA MoCRA regulations, or China's CSAR guidelines, our compliance team compiles registration dossiers, provides INCI names, CAS numbers, and guarantees batch traceability.
Available Regulatory Documentation:
Certificate of Analysis (COA), Technical Data Sheet (TDS), Safety Data Sheet (SDS / MSDS), Cruelty-Free Statement, Non-GMO Certification, Allergen Profile.
Addressing core technical questions from global sourcing directors and formulation scientists.
Natural botanical materials vary due to soil, climate, and crop conditions. To counteract this, we standardize extracts to specific markers (e.g., active percentages measured by HPLC). We manage the extraction parameters (temperature, pressure, solvent ratios, and time profiles) to match the approved reference standard for each ingredient.
Most of our lyophilized powders and plant extract powders carry a shelf life of 24 months when stored in sealed, lightproof containers in a cool, dry environment. Highly oxygen-sensitive molecules are packaged under vacuum or inert gas to minimize degradation.
Yes. We offer customization of particle size distribution (mesh sizing from 80 mesh up to ultra-fine micronized particles). Reducing particle size can help improve dissolution rates and formulation stability, and refine the sensory skin feel of the final product.
Heavy metals are analyzed by Inductively Coupled Plasma Mass Spectrometry (ICP-MS) to ensure compliance with European and US limits (typically Lead < 2ppm, Arsenic < 1ppm, Mercury < 0.1ppm). Residual solvent analysis is monitored by Gas Chromatography (GC) to verify compliance with USP/EP standards.
Providing functional raw materials for oral beauty, skin barrier support, and wellness applications.
Mirae Biology
