SODIUM (Na) ICP STANDARD SOLUTION 1 GM-L IN WATER traceable to NIST

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SODIUM (Na) ICP STANDARD SOLUTION 1 GM-L IN WATER traceable to NIST Specification

Physical Form
Liquid (aqueous solution)

HS Code
3822.00

Density
1.00 Gram per cubic centimeter(g/cm3)

Smell
Odorless

Appearance
Clear colorless liquid

Application
Used as a calibration standard for ICP (Inductively Coupled Plasma) Spectroscopy

Purity
Highly pure trace impurities controlled

Melting Point
97.79C (for pure Sodium the standard solution does not have a melting point)

Grade
ICP Standard Grade

Molecular Formula
Na

CAS No
7440-23-5

Ingredients
Sodium (Na) dissolved in deionized water

Structural Formula
Na (Sodium ion in aqueous solution)

Solubility
Completely soluble in water

Shelf Life
Typically 12-24 months when stored under proper conditions

Shape
Liquid solution (no specific shape)

EINECS No
231-132-9

Ph Level
Neutral to slightly basic (dependent on solution concentration)

Poisonous
NO

Storage
Store in a cool dry place tightly sealed away from heat and sunlight

Molecular Weight
22.99 g/mol

Properties
Traceable to NIST standards highly pure for analytical use

Usage
For laboratory use to prepare calibration curves and validate analytical instruments

About SODIUM (Na) ICP STANDARD SOLUTION 1 GM-L IN WATER traceable to NIST

The SODIUM (Na) ICP Standard Solution 1 gm/L in water is a highly pure calibration standard primarily used for ICP Spectroscopy. This clear, colorless liquid is completely soluble in water, making it ideal for preparing calibration curves and validating analytical instruments in laboratory settings. With a shelf life of typically 12-24 months when stored properly, this solution is traceable to NIST standards, ensuring accuracy and reliability. It is safe to handle as it is odorless, non-poisonous, and neutral to slightly basic in pH level. The solution contains sodium (Na) dissolved in deionized water, with a molecular weight of 22.99 g/mol. Its ICP Standard Grade guarantees quality and consistency in analytical applications.