CONDUCTIVITY STANDARD 12880 MICROSIEMENSE-cm (æS-cm) traceable to NIST

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MOQ : 500 Milliliters

CONDUCTIVITY STANDARD 12880 MICROSIEMENSE-cm (æS-cm) traceable to NIST Specification

Refractive Rate
for this type of solution

Density
1 Gram per cubic centimeter(g/cm3)

Form
Solution

Purity
Defined Conductivity Value: 12880 S/cm specified tolerance

Structural Formula
(mixture of ions in solution)

Other Names
Conductivity Calibration Solution 12880 S/cm

HS Code
38220000

Molecular Formula
Not Available (mixture of ions in water)

Boiling point
100C (approx. water-based solution)

Taste
Not recommended for ingestion

Solubility
Completely miscible in water

Storage
Store in a cool dry place away from direct sunlight; ensure container is tightly closed

Poisonous
No

Ph Level
Neutral (around 7.0 depending on specific formulation)

Melting Point
(liquid at standard conditions)

Shape
Liquid

Smell
Odorless

Molecular Weight
Not Available (mixture of ions)

Classification
Standard Solution

Chemical Name
Conductivity Standard Solution

Grade
Traceable to NIST

Standard
NIST

Type
Electrolyte Solution

Usage
Calibration of conductivity meters and sensors

Main Material
Electrolyte Solution with specific ionic composition

Application
Used in laboratories and industrial settings for accurate conductivity measurements

About CONDUCTIVITY STANDARD 12880 MICROSIEMENSE-cm (æS-cm) traceable to NIST

The CONDUCTIVITY STANDARD 12880 MICROSIEMENSE-cm (S-cm) is a high-quality traceable solution to NIST standards, designed for precise conductivity measurements in both laboratory and industrial environments. This electrolyte solution boasts a defined conductivity value of 12880 S/cm specified tolerance, making it an ideal choice for calibrating conductivity meters and sensors. With a neutral pH level and odorless properties, this standard solution is safe for handling and storage in cool, dry conditions. Its liquid form and complete solubility in water ensure ease of use, while its formulation ensures accuracy and reliability for various applications.