Description

Nickel Nitrate 250g Research Lab

Nickel Nitrate 250g 99% AR (Hexahydrate) is a high-purity analytical reagent formulated for precise laboratory, research, and academic applications. Because analytical work demands consistent quality, this reagent offers 99% AR-grade purity, clear specifications, and reliable batch traceability. Therefore, it is well-suited for controlled laboratory environments where accuracy and documentation matter.

Why Choose Nickel Nitrate AR from Research Lab?

First, the AR-grade purity (99%) supports dependable analytical and quantitative results. Moreover, the hexahydrate form provides a defined and stable composition for solution preparation. In addition, the reagent is packed in secure, chemical-resistant containers to maintain integrity during storage and routine handling.

Key Features

• High Purity: 99% AR grade for analytical reliability

• Defined Hydration State: Supplied as hexahydrate (6H₂O)

• Batch Traceability: Clearly labeled with batch and manufacturing details

• Consistent Quality: Suitable for repeatable laboratory work

• Secure Packaging: Durable container for safe storage and transport

Typical Laboratory Applications

As a result of its chemical characteristics, Nickel Nitrate is commonly used in:

• Analytical and inorganic chemistry laboratories

• Preparation of nickel salts and standard solutions

• Electrochemistry and coordination chemistry research

• Academic laboratory practicals and demonstrations

• Materials science and catalyst research (controlled use)

Technical Specifications

• Product Name: Nickel Nitrate (Hexahydrate)

• Chemical Formula: Ni(NO₃)₂·6H₂O

• CAS Number: 13478-00-7

• Molecular Weight: 290.80 g/mol

• Purity / Grade: 99% AR

• Pack Size: 250 g

• Appearance: Green crystalline solid

• Manufacturer: Research Lab Fine Chem Industries

• Country of Origin: India

Storage & Safety Information

Therefore, store the product in a cool, dry, and well-ventilated place, tightly closed and clearly labeled. Additionally, always use appropriate laboratory PPE and follow institutional safety procedures and local regulations for oxidizing and nickel-containing compounds.