COPPER (Cu) ICP STANDARD SOLUTION 10 GM-L IN DILUTE HNO3 traceable to NIST

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COPPER (Cu) ICP STANDARD SOLUTION 10 GM-L IN DILUTE HNO3 traceable to NIST Specification

Application
Used as a standard for Inductively Coupled Plasma (ICP) spectroscopy for the quantitative analysis of copper

Physical Form
Liquid

Appearance
Clear colorless to pale blue liquid

Density
1.0 Gram per cubic centimeter(g/cm3)

Poisonous
NO

Smell
Odorless

Shape
Solution; shapeless in nature

HS Code
3822.00.1090

Storage
Store at room temperature in a tightly sealed container away from direct sunlight and incompatible substances

Ingredients
Copper (Cu) dilute nitric acid (HNO3) deionized water

Usage
Calibration of analytical instruments trace analysis quality control

Grade
Analytical grade traceable to NIST standards

Properties
Copper ions dissolved in dilute nitric acid traceable to NIST standards

CAS No
Not applicable for the solution (Copper: 7440-50-8 Nitric acid: 7697-37-2)

Shelf Life
Typically 12 years if stored under recommended conditions

Refractive Rate
Not typically relevant for this type of solution

Molecular Formula
Cu

Solubility
Fully soluble in water

Purity
Highly pure traceable to NIST

Structural Formula
Copper ions (Cu) in an aqueous solution with dilute nitric acid

Melting Point
Not applicable for the solution; copper metal melts at 1085C

EINECS No
231-159-6 (Copper) 231-714-2 (Nitric acid)

Ph Level
Acidic due to dilute HNO3

Molecular Weight
63.55 g/mol

About COPPER (Cu) ICP STANDARD SOLUTION 10 GM-L IN DILUTE HNO3 traceable to NIST

COPPER (Cu) ICP STANDARD SOLUTION 10 GM-L IN DILUTE HNO3 is a high-purity, analytical grade solution used as a standard for Inductively Coupled Plasma (ICP) spectroscopy for precise copper quantitative analysis. It is a clear colorless to pale blue liquid that contains copper ions dissolved in dilute nitric acid, ensuring traceability to NIST standards. This solution is fully soluble in water and has a shelf life of 1-2 years when stored correctly. With a density of 1.0 g/cm3 and a molecular weight of 63.55 g/mol, it is essential for calibration of analytical instruments, trace analysis, and quality control processes.