COPPER AAS STANDARD SOLUTION 1000 mg-L Cu IN DILUTED HCl traceable to NIST

Get a Price/Quote

COPPER AAS STANDARD SOLUTION 1000 mg-L Cu IN DILUTED HCl traceable to NIST Specification

CAS No
7440-50-8 (Copper); 7647-01-0 (HCl)

Appearance
Clear liquid

Melting Point
Not applicable for solution

EINECS No
231-159-6 (Copper); 231-595-7 (HCl)

Refractive Rate
Not measured for standard solutions

Properties
High purity traceable to NIST standards

Smell
Odorless

Grade
Analytical grade

Density
1 Gram per cubic centimeter(g/cm3)

Poisonous
NO

Ph Level
Acidic (due to presence of diluted HCl)

Physical Form
Liquid

Shelf Life
Typically 2 years under recommended storage conditions

Application
Laboratory analytical reagent for atomic absorption spectroscopy (AAS)

Shape
Not applicable (liquid form)

Purity
Traceable to NIST; highly pure for accurate calibration

Solubility
Completely soluble in water

Molecular Formula
Cu in HCl

Usage
Used as a calibration standard for AAS equipment

Ingredients
Copper (1000 mg/L) dilute hydrochloric acid deionized water

Structural Formula
Cu in solution with HCl

HS Code
3822.00.00 (For laboratory standards and reagents)

Molecular Weight
63.55 g/mol for Cu (solution weight varies based on dilution)

Storage
Store in a cool dry place tightly sealed away from direct sunlight

About COPPER AAS STANDARD SOLUTION 1000 mg-L Cu IN DILUTED HCl traceable to NIST

The COPPER AAS STANDARD SOLUTION 1000 mg/L Cu in Diluted HCl is a laboratory analytical reagent essential for atomic absorption spectroscopy (AAS). This liquid solution, traceable to NIST, is highly pure, making it ideal for accurate calibration of AAS equipment. With an acidic pH level due to diluted HCl, it is completely soluble in water and appears as a clear liquid. Stored in a cool, dry place away from direct sunlight, this solution has a shelf life of around 2 years under recommended conditions. Its properties, including a high degree of purity and compliance with NIST standards, ensure reliable and precise results in analytical processes.