HA11439 Oleanolic Acid Powder (CAS No.: 508-02-1)

Oleanolic Acid Powder Description

Oleanolic Acid Powder, a refined form of an oleanane-type triterpenoid, is produced through controlled extraction techniques. Its finely milled structure facilitates uniform dispersion when incorporated into formulations. The material's consistent physical properties assist in predictable reactivity, ensuring precise dosing in research and industrial applications. Rigorous batch testing confirms the extract's compositional stability, addressing critical performance parameters in scientific and production settings.

Oleanolic Acid Powder Applications

Healthcare Applications
- Used as an active component in topical formulations to alleviate mild skin irritations by leveraging its bioactive extract properties.
- Applied in nutraceutical products to support cellular antioxidant mechanisms by integrating its molecular activity into health supplements.

Industrial Applications
- Utilised as a natural additive in cosmetic formulations to enhance ingredient compatibility by leveraging its uniform dispersion characteristics.
- Employed in research laboratories for bioactivity assays to provide accurate, repeatable results through controlled compound purity.

Oleanolic Acid Powder Packing

The powder is packaged in moisture-resistant, sealed containers with an inner anti-static lining to protect against contamination and physical damage. Each package includes a desiccant to control humidity and maintain product integrity. Storage is recommended in a controlled temperature environment. Custom packaging options are available upon request for traceability, bulk handling, or specialised distribution needs.

Additional Information

Oleanolic acid, a bioactive pentacyclic triterpenoid, has been studied extensively for its interaction with cellular signalling pathways. Its extraction from plant material requires fine control of operational parameters to minimise degradation and maintain bioactivity. The material is frequently evaluated using chromatographic techniques to confirm purity and consistency.

The broader scope of herbal extracts in material science involves applications where naturally derived compounds contribute to enhanced functionality. Researchers rely on precise characterisation methods to ensure that these extracts meet the stringent demands of industrial and biomedical applications, underscoring the integration of traditional compounds with modern process control techniques.