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Silver Nitrate

Silver Nitrate

Silver Nitrate

Unit of Measure Kilograms/Kilograms
Unit of Price Kilograms/Kilograms
Price 5000 INR
Molecular Weight 169.87 g/mol
Taste Bitter-metallic
Melting Point 212 C (decomposes)
Ph Level Around 5.4 to 6.4 (5% aqueous solution)
Usage For chemical synthesis; in photography and microscopy
Smell Odorless
Form White solid
CAS No 7761-88-8
Grade AR (Analytical Reagent), LR (Laboratory Reagent)
Shape Crystalline
Poisonous Yes
Main Material Silver (Ag)
Classification Inorganic Nitrate Salt
Density 4.35 Gram per cubic centimeter(g/cm3)
Other Names Lunar caustic, Nitric acid silver(I) salt
Type Inorganic compound
Chemical Name Silver Nitrate
Non Toxic Yes
HS Code 28432100
EINECS No 231-853-9
Boiling point 444 C (decomposes)
Molecular Formula AgNO3
Solubility Soluble in water and ammonia
Standard Meets AR / LR specifications
Structural Formula [Ag]+[NO3]-
Application Laboratory reagent, photographic industry, analytical chemistry, medicine, silver plating
Refractive Rate nD 1.505
Storage Store in tightly closed container, protected from light, at room temperature
Purity 99% minimum


Buy Online premium Silver Nitrate, renowned for its lustrous, colorless or white crystalline form and marvelous purity of 99% minimum. This distinguished inorganic compound is favored for chemical synthesis, photography, analytical chemistry, and medicine. Available in HDPE or glass packaging, our Silver Nitrate meets strict AR/LR specifications and is stable under normal conditions with a 24-month shelf life. Reserve your stock now during clearance! Caution: Strong oxidizer, causes burns, and hazardous to the environment. Store protected from light in tightly closed containers.

Material Features & Diverse Applications of Silver Nitrate

Silver Nitrate offers a distinguished profile as a stable, odorless, and highly soluble crystalline solid containing pure AgNO3. Its lustrous nature makes it essential for analytical chemistry, laboratory reagents, photographic industry, medicine, and silver plating. With a high aqueous conductivity and strong oxidizing properties, its uses span both general and specialized scientific fields. This marvelous compound is designed for both general and advanced laboratory operations, offering reliability and excellent results in all applications.


Packaging Details, Sample Policy, and Supply Ability

Order Completion is seamless with our robust packaging options, including HDPE bottles, glass containers, and drums tailored for international Goods Transport. We provide sample estimates upon request to help you make informed decisions before bulk purchase. Our excellent supply ability ensures continuous availability of Silver Nitrate throughout India and for export abroad. Timely processing and careful packaging uphold product integrity from warehouse to your laboratory, ensuring you always receive uncompromised quality.


FAQ's of Silver Nitrate:


Q: How should Silver Nitrate be stored for maximum stability?

A: Silver Nitrate should be stored in a tightly closed container, protected from light and at room temperature. Proper storage ensures stability and maintains its reactivity over a 24-month shelf life.

Q: What is the recommended handling process for Silver Nitrate?

A: It is advised to use gloves and goggles when handling Silver Nitrate. Avoid direct contact with skin and eyes and ensure usage in a well-ventilated area due to its oxidizing and corrosive properties.

Q: Where can Silver Nitrate be used effectively?

A: Silver Nitrate is widely used in laboratory analysis, photographic development, chemical synthesis, medicine, and silver plating due to its distinguished chemical properties and high purity.

Q: What are the key benefits of using high purity Silver Nitrate?

A: High purity Silver Nitrate ensures accurate results in analytical applications, reliable reactivity for laboratory experiments, and optimal performance in manufacturing and healthcare processes.

Q: When does Silver Nitrate begin to decompose, and at what temperatures?

A: Silver Nitrate starts decomposing above 212C, with its boiling point at 444C, making it suitable for a range of laboratory and industrial processes that do not exceed these temperatures.