CONDUCTIVITY STANDARD 147 MICROSIEMENSE-cm (æS-cm) traceable to NIST

Name: CONDUCTIVITY STANDARD 147 MICROSIEMENSE-cm (S-cm) traceable to NIST
Brand: A. B. ENTERPRISES
Price: 4356 INR
Availability: InStock

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MOQ : 500 Milliliters

CONDUCTIVITY STANDARD 147 MICROSIEMENSE-cm (æS-cm) traceable to NIST Specification

Ph Level
Neutral around 7

Solubility
Completely soluble in water

Boiling point
100°C (water-based solution)

Purity
High purity traceable to NIST

Taste
(not for consumption)

Storage
Store at room temperature away from direct sunlight

Density
1 Gram per cubic centimeter(g/cm3)

Shape
Liquid

Molecular Weight
(mixture)

Structural Formula
(mixture)

Other Names
Conductivity Calibration Solution 147 µS/cm Standard

Form
Solution

HS Code
3822.00

Molecular Formula
Varies (aqueous solution with traceable ionic composition)

Poisonous
No

Smell
Odorless

Melting Point
0°C (freezing point of water-based solution)

Classification
Conductivity Standard

Chemical Name
147 Microsiemens-cm Conductivity Solution

Grade
Traceable to NIST

Standard
NIST

Type
Standard Solution

Usage
Calibration of conductivity meters and devices

Main Material
Water with calibrated ions

Application
Used in laboratories and industries requiring conductivity calibration at 147 µS/cm

About CONDUCTIVITY STANDARD 147 MICROSIEMENSE-cm (æS-cm) traceable to NIST

The Conductivity Standard 147 Microsiemens/cm is a high-purity solution used for conductivity calibration in laboratories and industries. This liquid solution, with a neutral pH level around 7 and a density of 1g/cm3, is traceable to NIST standards. It is designed for calibrating conductivity meters and devices, ensuring accurate readings in various applications. The solution is odorless, non-toxic, and completely soluble in water, making it easy to use and store at room temperature. With a boiling point of 100C and a freezing point of 0C, it offers reliable performance in calibration processes. This standard solution, classified as a Conductivity Standard, is essential for maintaining precision in measuring conductivity levels.