HA10870 Magnesium Orotate Powder

Catalogue Number	HA10870
Material	Magnesium Orotate
Form	Powder
Appearance	White Powder

Magnesium Orotate Powder is a finely milled compound of magnesium orotate intended for precise formulation in analytical and nutritional research. Stanford Advanced Materials (SAM) employs advanced process monitoring techniques, including in-line particle size analysis and elemental profiling using ICP-MS, to verify batch consistency. These measures minimise process variances and maintain strict adherence to defined composition criteria, ensuring the product meets research-grade requirements.

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FAQ

How does the particle size distribution affect the performance of Magnesium Orotate Powder in research applications?

The particle size distribution influences the dissolution rate and reactivity. Finer particles increase the surface area, enhancing solubility, while a narrow distribution minimises variability in experimental setups. Adjustments in milling parameters can optimise these traits for specific laboratory requirements.

Which analytical techniques are most effective for verifying the purity of Magnesium Orotate Powder?

Techniques such as ICP-MS, XRF, and HPLC are effective in quantifying elemental composition and detecting impurities. These methods provide quantitative assurance that the powder meets the necessary compositional specifications required for research and supplement formulations.

What storage conditions are recommended to maintain the integrity of Magnesium Orotate Powder?

It is advisable to store the powder in airtight, inert containers within a controlled environment at temperatures below 25°C and low humidity. These conditions reduce the risk of moisture uptake and chemical degradation, thereby preserving the material’s properties over extended periods.

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