HA12347 Sophora Flavescens Extract Rutin Powder 95%

Sophora Flavescens Extract Rutin Powder 95% Description

Sophora Flavescens Extract Rutin Powder 95% is produced through controlled solvent extraction from Sophora flavescens, resulting in a product with a quantified 95% rutin concentration. The extract is characterised using HPLC to assess purity, ensuring minimal impurities. Its defined microcrystalline structure and consistent particle size support its application in research, material formulations, and analytical testing, where precise botanical extract profiles are required.

Sophora Flavescens Extract Rutin Powder 95% Applications

Healthcare Applications
- Used as an active ingredient in nutraceutical supplements to mitigate oxidative stress by leveraging its high rutin content.
- Applied as a bioactive component in skincare formulations to promote anti-inflammatory responses by leveraging its natural phenolic structure.

Industrial Applications
- Used as an additive in cosmetic manufacturing to achieve formulation stability by leveraging its controlled extraction process.
- Applied in herbal material formulations to improve processing consistency by leveraging its quantified phytochemical profile.

Sophora Flavescens Extract Rutin Powder 95% Packing

The extract is packaged in sealed, moisture-resistant pouches housed within rigid, tamper-evident containers to protect against mechanical damage and contamination. Storage conditions require a cool, dry environment to preserve the botanical integrity. Anti-contamination measures include sterile handling protocols throughout packaging. Custom packaging options, including bulk packaging and pre-labelled containers, are available to meet specific handling and inventory requirements.

Additional Information

Botanical extracts like Sophora Flavescens Extract Rutin Powder 95% play a significant role in various R&D applications. Detailed chemical profiling and modern extraction techniques facilitate the identification and quantification of bioactive components, which are crucial for ensuring consistency in research-grade materials. Advances in chromatographic and spectroscopic analyses have enhanced our understanding of such extracts, aiding in the development of reproducible formulations.

The incorporation of standardised botanical extracts in both industrial and healthcare applications has broadened their utility. Such extracts are evaluated not only for their active constituents but also for their stability and compatibility within complex formulations, supporting both fundamental research and applied development in material science.