CONDUCTIVITY STANDARD 20 MICROSIEMENSE traceable to NIST

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CONDUCTIVITY STANDARD 20 MICROSIEMENSE traceable to NIST Specification

Application
Used for calibration of conductivity meters ensuring accurate measurements traceable to NIST standards

Molecular Formula
H2O + trace conductive salts

Storage
Store in tightly sealed containers at room temperature away from contaminants

Melting Point
0C (for water primary component)

Poisonous
NO

Refractive Rate
1.333 (approximately for water at 20C)

EINECS No
231-791-2 (for water primary component)

CAS No
7732-18-5 (for water primary component)

Molecular Weight
18.015 g/mol (for water primary component)

Grade
Analytical grade

Solubility
Fully miscible in water

Purity
High purity with controlled electrolytic content traceable to NIST

Shape
N/A (liquid form)

Physical Form
Liquid

HS Code
3822.00.90 (Chemicals used in analytical or research activities)

Usage
Calibration and quality control in laboratories and industrial processes

Appearance
Clear colorless liquid

Density
1 Gram per cubic centimeter(g/cm3)

Structural Formula
H-O-H (for water with minor conductive additives)

Properties
Highly pure water with trace conductive materials for precise conductivity standards

Ph Level
Neutral (approximately 7.0)

Ingredients
Deionized water and trace conductive salts

Shelf Life
Typically 12 months when unopened and stored under recommended conditions

Smell
Odorless

About CONDUCTIVITY STANDARD 20 MICROSIEMENSE traceable to NIST

The CONDUCTIVITY STANDARD 20 MICROSIEMENSE is a highly pure liquid solution used for calibrating conductivity meters to ensure precise and accurate measurements traceable to NIST standards. With a neutral pH level and high purity composition of deionized water and trace conductive salts, this product is ideal for calibration and quality control in laboratories and industrial processes. Stored in tightly sealed containers at room temperature, it remains odorless and non-poisonous, with a shelf life of up to 12 months when unopened. Its fully miscible nature in water, alongside its analytical grade quality and controlled electrolytic content, make it a reliable choice for creating conductivity standards.