CONDUCTIVITY STANDARD 100000 MICROSIEMENSE-cm (æS-cm) traceable to NIST

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MOQ : 500 Milliliters

CONDUCTIVITY STANDARD 100000 MICROSIEMENSE-cm (æS-cm) traceable to NIST Specification

Molecular Weight
Varies (solution-based)

Smell
Odorless

HS Code
3822.00.00

Molecular Formula
KCl + HO

Density
1 Gram per cubic centimeter(g/cm3)

Shape
Liquid solution

Form
Liquid

Poisonous
No

Melting Point
Approximately 0C (water-based)

Storage
Store at room temperature in a tightly sealed container

Solubility
Completely soluble in water

Taste
Saline (not intended for ingestion)

Structural Formula
KCl in HO

Boiling point
Approximately 100C (water-based)

Other Names
Conductivity Calibration Solution

Ph Level
Neutral (~7)

Purity
High precision

Classification
Chemical Standard

Chemical Name
Conductivity Standard Solution

Grade
Analytical Grade

Standard
Traceable to NIST

Type
Conductivity Standard

Usage
Calibration of conductivity meters and related instruments

Main Material
Potassium Chloride (KCl) solution

Application
Laboratory calibration and testing

About CONDUCTIVITY STANDARD 100000 MICROSIEMENSE-cm (æS-cm) traceable to NIST

This CONDUCTIVITY STANDARD 100000 MICROSIEMENSE-cm (S-cm) solution is a high-precision analytical grade chemical standard used for laboratory calibration and testing, specifically in the calibration of conductivity meters and related instruments. With a neutral pH level of around 7, this odorless liquid solution, mainly composed of Potassium Chloride (KCl) in water, is completely soluble and non-poisonous. It boasts a boiling point of approximately 100C and a density of 1g/cm. Stored at room temperature, tightly sealed, this conductivity calibration solution is traceable to NIST, ensuring reliability and accuracy in your measurements.

FAQs of CONDUCTIVITY STANDARD 100000 MICROSIEMENSE-cm (S-cm) traceable to NIST:

Q: What is the main application of this CONDUCTIVITY STANDARD 100000 MICROSIEMENSE-cm solution?

A: The main application of this solution is for laboratory calibration and testing, particularly in calibrating conductivity meters and related instruments.