PI13755 Magnesium Phosphate Hydrate Powder (CAS No.: 53408-95-0)

Catalogue Number	PI13755
Material	Ag-Ni
CAS Number	53408-95-0
Form	Customized
Composition	Mg3(PO4)2·xH2O
Form	Powder

Magnesium Phosphate Hydrate Powder is a magnesium phosphate compound used in chemical synthesis procedures. Stanford Advanced Materials (SAM) produces this compound through controlled synthesis methods and uses scanning electron microscopy for quality assurance. The powder is produced under strict process controls that verify composition and particle distribution, contributing to reproducible batch specifications.
Related Products: Sodium Iron(II) Citrate Powder, Ammonium Iron (III) Oxalate Trihydrate, Iron(II) Acetate Powder

INQUIRY

Description

Specification

Reviews

FAQ

How does the silver-nickel composition influence electrical contact performance?

The alloy's balanced composition enhances arc resistance and maintains stable electrical conductivity under repeated stress. The presence of nickel increases hardness and reduces silver migration, which is essential for maintaining electrical contact performance in industrial applications.

What quality control processes are applied during production?

The production includes X-ray fluorescence for detailed compositional analysis and microscopic surface evaluation to identify microstructural uniformity. These thorough inspections ensure that each batch complies with stringent electrical and mechanical standards, thereby minimising variability in performance.

Can the material be tailored to meet specific electrical contact requirements?

Yes, the formulation and form factor can be customised to achieve specific contact resistance and mechanical durability profiles. Adjustments in composition and processing parameters are validated through batch testing and standardised inspection protocols. For further customisation details, contact us.

How does the hydration state of Magnesium Phosphate Hydrate Powder affect its reactivity in synthesis reactions?

The hydration state influences the solubility and reactivity profile of the compound. Variations in water content can alter the kinetics of reactions, thereby necessitating careful control during formulation. Adjustments in reaction conditions may be required based on the specific hydration level present.

In what way does the particle size distribution of this powder impact its application in chemical synthesis?

A uniform particle size distribution ensures consistent mixing and reaction rates. Fine particles support reproducible reaction conditions, minimising variability in product yield and quality. Users should monitor particle size to maintain process control.

What storage conditions are recommended to minimise moisture uptake and maintain the product's integrity?

Store the powder in a sealed, moisture-proof container at ambient conditions. The use of desiccants and controlled low-humidity environments helps prevent additional hydration, thereby safeguarding its chemical properties.