CONDUCTIVITY STANDARD 7000 MICROSIEMENSE-cm (æS-cm) traceable to NIST

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MOQ : 500 Milliliters

CONDUCTIVITY STANDARD 7000 MICROSIEMENSE-cm (æS-cm) traceable to NIST Specification

Solubility
Fully miscible with water

Other Names
7000 S/cm Conductivity Solution

Poisonous
No

Boiling point
Approx. 100C

Form
Liquid

Shape
(Liquid)

Purity
High-precision calibration grade

Smell
Odorless

Density
1 Gram per cubic centimeter(g/cm3)

Ph Level
Neutral (close to pH 7)

HS Code
3822.00.00

Storage
Store in a cool dry place away from direct sunlight; keep the container tightly sealed.

Classification
Conductivity Standard

Chemical Name
CONDUCTIVITY STANDARD 7000 MICROSIEMENSE-cm

Grade
Traceable to NIST

Standard
NIST Standard

Type
Liquid

Usage
Used for calibration and testing of conductivity meters.

Main Material
Water-based solution with known conductivity

Application
Scientific and industrial applications; calibration of devices measuring electrical conductivity.

About CONDUCTIVITY STANDARD 7000 MICROSIEMENSE-cm (æS-cm) traceable to NIST

CONDUCTIVITY STANDARD 7000 MICROSIEMENSE-cm (S-cm) is a high-precision calibration grade liquid conductivity standard that is traceable to NIST standards. This odorless solution is non-poisonous and designed for scientific and industrial applications, primarily for calibrating devices measuring electrical conductivity. With a neutral pH level and a boiling point at approximately 100C, this solution is stored in cool, dry places away from direct sunlight. Fully miscible with water, this solution is mainly used for the calibration and testing of conductivity meters, ensuring accurate and reliable results due to its known conductivity properties.

FAQs of CONDUCTIVITY STANDARD 7000 MICROSIEMENSE-cm (S-cm) traceable to NIST:

Q: What is the classification of CONDUCTIVITY STANDARD 7000 MICROSIEMENSE-cm?

A: The classification of this product is a Conductivity Standard.

Q: What is the primary application of this solution?

A: This solution is primarily used for scientific and industrial applications, specifically for calibration purposes of conductivity measuring devices.