BROMINE - BROMATEBROMIDE 0.05M (0.1N) STANDARDIZED SOLUTION traceable to NIST

Name: BROMINE - BROMATEBROMIDE 0.05M (0.1N) STANDARDIZED SOLUTION traceable to NIST
Brand: A. B. ENTERPRISES
Price: 1210 INR
Availability: InStock

Get a Price/Quote

MOQ : 1000 Milliliters

BROMINE - BROMATEBROMIDE 0.05M (0.1N) STANDARDIZED SOLUTION traceable to NIST Specification

Density
3.12 Gram per cubic centimeter(g/cm3)

Storage
Store in a cool dry place away from light and incompatible materials.

Smell
Pungent and Chlorine-like Odor

Molecular Weight
Affected by composition and solvent

Boiling point
59.47°C (for bromine as a major component)

HS Code
2827.59

Melting Point
-7.2°C (for bromine as a major component)

Poisonous
No

Purity
0.05M (0.1N)

Form
Solution

Refractive Rate
1.545 (approximate for bromine in solution)

Solubility
Soluble in water

Molecular Formula
Br2 + KBrO3 + KBr

Taste
(toxic)

Shape
Liquid

Structural Formula
Variable based on titration balance

Classification
Chemical Reagent

Chemical Name
Bromine - Bromate/Bromide

CAS No
7726-95-6

EINECS No
231-778-1

Grade
Laboratory Grade

Standard
NIST Traceable Standardized Solution

Type
Standard Solution

Usage
Analytical and Quantitative Analysis

Main Material
Bromine Bromate Bromide

Application
Used in analytical chemistry for precise titration and calibration purposes.

About BROMINE - BROMATEBROMIDE 0.05M (0.1N) STANDARDIZED SOLUTION traceable to NIST

Bromine - Bromate/Bromide 0.05M (0.1N) Standardized Solution is a laboratory-grade chemical reagent used in analytical chemistry for precise titration and calibration purposes. With a pungent and chlorine-like odor, this toxic liquid solution is stored in a cool, dry place away from light and incompatible materials. It is soluble in water and has a density of 3.12 g/cm3. This standardized solution, classified as a poisonous substance, is NIST-traceable and typically used for analytical and quantitative analysis due to its purity and reliability. Its main components include Bromine, Bromate, and Bromide, with a molecular formula of Br2 + KBrO3 + KBr.