SILVER NITRITE

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SILVER NITRITE Specification

Purity
99% minimum (typical for reagent grade)

Strength
Not applicable (not a mechanical property for this compound)

Hardness
Not applicable (as this is a chemical compound, not a metal in solid form)

Product Type
Chemical Reagent

Material
Silver Nitrite

Alloy
Not applicable (pure compound, not alloyed)

Shape
Powder or Crystal

Moisture
Typically less than 0.5% (stored in moisture-proof container)

Chemical Composition
AgNO2

Application
Used in organic synthesis, analytical chemistry, laboratory reagent

Dimension (L*W*H)
Not applicable (usually supplied in container or vial)

Color
Silver or Colorless

Molecular Weight
153.87 g/mol

Appearance
White to pale yellow powder or crystalline

Melting Point
160C (decomposes)

CAS Number
102-16-9

Storage Conditions
Store in a cool, dry, and well-ventilated place

Hazard Class
Oxidizing agent

Shelf Life
2 years (if properly stored)

Packaging Type
Sealed glass or plastic container, custom packaging available

Solubility in Water
Soluble

Grade
Laboratory/Reagent Grade

Boiling Point
Not available (decomposes before boiling)

pH (1% solution)
Neutral to slightly basic

Odor
Odorless

About SILVER NITRITE

We are Contract Manufacturer and Exporter of Various Metallic Salts. Major All Grade available in Ready Stock for various application and also as per client specification. Quality Supply With Customers Satisfaction - Since 1971.

Versatile Reagent for Laboratory Applications

Silver nitrite is widely utilized as a laboratory and reagent grade chemical, appreciated for its high purity and consistent composition. Its primary applications include organic synthesis, analytical procedures, and specialized research. The compounds solubility in water ensures reliability in experimental setups, while its stability and neutral pH make it convenient for controlled reactions.

Safe Handling and Storage

Maintaining safety and product integrity is crucial when working with Silver nitrite. It must be stored in a cool, dry, well-ventilated area, utilizing sealed containers to minimize moisture uptake and decomposition. As an oxidizing agent, it is essential to keep the reagent away from flammable materials and incompatible substances. Adhering to proper storage practices enables a shelf life of up to two years.

FAQs of SILVER NITRITE:

Q: How should Silver nitrite be stored to maintain its quality?

A: Silver nitrite must be kept in a cool, dry, and well-ventilated area, ideally in sealed glass or plastic containers. This prevents moisture entry and decomposition, helping maintain its reagent grade purity and ensuring a shelf life of up to two years.

Q: What are the main uses of Silver nitrite in laboratory settings?

A: Silver nitrite is primarily used in organic synthesis and analytical chemistry as a high-purity laboratory reagent. Its oxidative properties and solubility in water make it valued for facilitating numerous chemical reactions and analytical procedures.

Q: When is custom packaging required for Silver nitrite?

A: Custom packaging is typically requested when standard containers do not align with specific research or transport needs. Manufacturers and suppliers can offer tailored packaging solutions to meet laboratory, industrial, or regulatory requirements.

Q: Where can Silver nitrite be sourced from in India?

A: Silver nitrite is available from exporters, importers, manufacturers, suppliers, and traders specializing in laboratory chemicals across India. It is offered in compliance with international quality standards.

Q: What is the process for handling Silver nitrite safely in research environments?

A: Safe handling involves using Silver nitrite with adequate personal protective equipment, storing it away from incompatible materials, and working in well-ventilated spaces. As an oxidizing agent, it should not be exposed to combustible substances.

Q: How does Silver nitrite benefit laboratory procedures?

A: Silver nitrite delivers reliable results due to its high purity (minimum 99%), neutral to slightly basic pH, and controlled moisture content. These properties enhance consistency and accuracy in chemical synthesis and analytical tests.

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