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PI13739 Ammonium Iron(II) Sulfate Hexahydrate Powder (CAS No.: 7783-85-9)

Catalogue Number PI13739
Material Ag-SnO2
CAS Number 7783-85-9
Composition Customized
Composition (NH4)2Fe(SO4)2 · 6H2O
Form Customized
Form Powder

Ammonium Iron(II) Sulfate Hexahydrate Powder is a ferrous salt used in chemical synthesis and analytical procedures. Stanford Advanced Materials (SAM) employs rigorous gravimetric assays and spectroscopic characterisation to verify its composition and hydration state. The product's crystalline uniformity and high purity aid in reproducibility for titrimetric and redox applications.
Related Products: Ammonium Polyphosphate, Ammonium Biborate Tetrahydrate, Ammonium Hexafluorosilicate

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FAQ

How does the incorporation of tin oxide affect the electrical performance of this contact alloy?

Tin oxide minimises arc erosion and improves contact stability by forming a protective oxide layer. This reduces contact bounce and secures consistent conduction during switching operations. Contact us.

What operating temperature range is recommended for Silver Tin Oxide Electrical Contact Material AgSnO2?

Although the exact range depends on specific application conditions, the alloy is intended for low-voltage environments where thermal stability is critical. The composition is optimised to manage moderate operational temperatures. Contact us.

Can the alloy composition be adjusted to meet specific electrical or mechanical specifications?

Yes, SAM offers customisation for the silver and tin oxide balance to tailor electrical resistance and mechanical endurance. This flexibility aids in optimising performance for varied industrial contact applications. Contact us.

How does the crystalline structure of Ammonium Iron(II) Sulfate Hexahydrate Powder affect its performance in chemical synthesis?

The well-defined crystalline structure ensures predictable dissolution rates and reactivity in redox reactions. This stability is essential when precise stoichiometry is required, reducing variability in analytical applications.

What storage conditions are optimal to maintain the chemical integrity of this product?

The product should be stored in airtight containers at room temperature in a dry environment. Such conditions minimise oxidation of iron(II) and preserve the integrity of the hydrous crystalline structure.

Can this powder be utilised as a standard reagent in titrimetric analyses?

Yes, due to its high purity and consistent composition, it is often used as a primary standard in redox titrations. Its stable iron(II) state ensures reproducible results in quantitative chemical analyses.

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