Specifications Table

Product Name – MERCURIC (MERCURY) (II) NITRATE 0.05M (0.1N)

Quantity/Pack Size – 1000 ml

Form – Liquid Solution

Grade – Laboratory Reagent

Application – Titration, Redox Reactions

Product Overview

MERCURIC (MERCURY) (II) NITRATE 0.05M (0.1N) is a high-purity laboratory reagent designed for precise analytical applications. This standardized solution ensures accurate titration results, making it indispensable for redox reactions and quantitative chemical analysis. The 0.05M concentration (equivalent to 0.1N) provides a balanced strength for reliable performance in volumetric analysis. Formulated under strict quality controls, this reagent minimizes impurities, ensuring consistency across experiments. Its stable liquid form allows for easy handling and dispensing, reducing the risk of contamination or measurement errors. Ideal for laboratories requiring dependable reagents, this Mercuric Nitrate solution adheres to stringent purity standards, guaranteeing reproducibility in critical procedures. The 1000 ml pack size offers sufficient volume for repeated use, making it a cost-effective choice for frequent applications. Proper storage in a cool, dry place preserves its integrity, extending shelf life without compromising efficacy.

FAQs

1. What is the shelf life of Mercuric Nitrate 0.05M (0.1N) solution?

When stored in a tightly sealed container away from light and moisture, the solution remains stable for up to 24 months from the date of manufacture.

2. Is this reagent compatible with standard glassware?

Yes, it can be safely used with borosilicate glassware, but avoid prolonged contact with metals to prevent contamination or reactions.

3. Are there safer alternatives to Mercuric Nitrate for similar applications?

Alternatives like Potassium Dichromate or Ceric Sulfate may be used for redox titrations, though standardization may differ based on the specific reaction.

4. How should this solution be disposed of after use?

Follow local hazardous waste regulations; neutralize with a reducing agent like sodium thiosulfate before disposal to minimize environmental impact.

5. Can this solution be diluted for lower concentrations?

Yes, but use deionized water and recalculate the molarity to maintain accuracy in experimental results.

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