BARIUM (Ba) ICP STANDARD SOLUTION 1 GML IN DILUTE HNO3 traceable to NIST

Get a Price/Quote

BARIUM (Ba) ICP STANDARD SOLUTION 1 GML IN DILUTE HNO3 traceable to NIST Specification

Storage
Store in a tightly closed container at room temperature away from incompatible materials

Melting Point
Not applicable (solution)

Molecular Weight
137.33 g/mol

Solubility
Completely soluble in dilute HNO3

Smell
Odorless

Shelf Life
Typically 12 months refer to product specification for exact duration

Application
Used as a traceable ICP standard for spectroscopy and analytical methods

HS Code
38220090 (for chemical solution with standards)

Poisonous
YES

CAS No
7440-39-3 (for Barium)

Ingredients
Barium (1 g/L) diluted in nitric acid (HNO3) and ultra-pure water

Usage
For calibration in inductively coupled plasma (ICP) spectrometry

Ph Level
Acidic due to dilute HNO3

EINECS No
231-149-1

Properties
Prepared traceable to NIST standards for accuracy in spectroscopy applications

Purity
Traceable to NIST with exact Barium concentration of 1 g/L

Molecular Formula
Ba

Appearance
Clear colorless liquid

Density
1.0 Gram per cubic centimeter(g/cm3)

Grade
Analytical Reagent Grade

Structural Formula
Ba (in HNO3 solution)

Physical Form
Liquid solution

Shape
Liquid no defined shape

About BARIUM (Ba) ICP STANDARD SOLUTION 1 GML IN DILUTE HNO3 traceable to NIST

The Barium (Ba) ICP Standard Solution 1 g/mL in Dilute HNO3 is a clear, colorless liquid utilized as a traceable ICP standard for spectroscopy and analytical methods. With a precise Barium concentration of 1 g/L, this solution is prepared traceable to NIST standards for accuracy in spectroscopy applications. It is stored in a tightly closed container at room temperature and is completely soluble in dilute HNO3. This poisonous liquid is widely used for calibration in inductively coupled plasma (ICP) spectrometry and belongs to the analytical reagent grade. The product has a shelf life of typically 12 months and is an essential tool in various industries where precise measurements are crucial.