Barium Standard for ICP-MS

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Barium Standard for ICP-MS Specification

Physical Form
Liquid (prepared solution) or powder before dissolution

Shape
Amorphous or small crystalline particles

Poisonous
NO

Usage
Prepared as a standard solution for analytical testing and calibration in laboratories

Appearance
Clear liquid for solution; white powder for solid form

Smell
Odorless

EINECS No
231-149-1

HS Code
38220000

CAS No
7440-39-3

Structural Formula
Elemental Barium or commonly dissolved as BaCl2 in solution

Solubility
Highly soluble in water when prepared as a standard solution

Storage
Store in a cool dry place away from light tightly sealed

Purity
99.99%

Ingredients
Barium compound in ultrapure water or matrix solution

Melting Point
727C

Grade
Analytical Grade/Certified Reference Material

Molecular Formula
Ba

Molecular Weight
137.33 g/mol

Density
Gram per cubic centimeter(g/cm3)

Ph Level
Neutral in aqueous solution

Application
Used in inductively coupled plasma mass spectrometry (ICP-MS) for calibration and quality control

Shelf Life
12 months under proper storage conditions

Properties
Provides consistent accurate calibration for ICP-MS

About Barium Standard for ICP-MS

Barium Standard for ICP-MS is an analytical-grade calibration material crafted to ensure precise and consistent results in laboratories using inductively coupled plasma mass spectrometry (ICP-MS). This solution is odorless and available in two physical forms: a liquid, which is a prepared solution, or a white powder before dissolution. It contains barium compounds either as elemental barium or BaCl dissolved in ultrapure water or matrix solutions, offering a high purity level of 99.99%. The material is highly soluble in water, neutral in pH, and features a shelf life of 12 months when stored in a cool, dry, light-protected, and tightly sealed environment. Known for its consistency and reliability, this certified reference material supports calibration and quality control applications, ensuring accurate analytical testing results. The amorphous or small crystalline particles demonstrate excellent performance under laboratory conditions, meeting global standards with its analytical precision.