ALUMINIUM AAS STANDARD SOLUTION 1000 mgL Al IN DILUTED HNO3 traceable to NIST

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ALUMINIUM AAS STANDARD SOLUTION 1000 mgL Al IN DILUTED HNO3 traceable to NIST Specification

Purity
1000 mg/L certified concentration for Aluminum

Solubility
Completely soluble in water

Appearance
Clear colorless liquid

CAS No
7429-90-5 (Aluminum); 7697-37-2 (Nitric Acid)

Application
Used as a standard solution for Atomic Absorption Spectroscopy (AAS)

Ph Level
Approximately 1 (acidic due to diluted HNO3)

Structural Formula
Not applicable for the solution

Smell
Odorless

Shelf Life
1 year if stored properly

Storage
Store in a cool dry place in tightly closed containers at 15°C to 25°C

Melting Point
Not applicable for the solution

Density
1.0 Gram per cubic centimeter(g/cm3)

EINECS No
231-072-3 (Aluminum); 231-714-2 (Nitric Acid)

Molecular Formula
Al

Usage
Laboratory reagent for quantitative analysis of aluminum concentration

Poisonous
NO

Ingredients
Aluminum (Al) diluted Nitric Acid (HNO3) and deionized water

Molecular Weight
26.98 g/mol

Physical Form
Liquid solution

Shape
Not applicable (liquid form)

HS Code
3822.00.90 (Chemical preparations laboratory reagents)

Grade
Laboratory grade traceable to NIST

Properties
1000 mg/L Aluminum in diluted Nitric Acid traceable to NIST standards

About ALUMINIUM AAS STANDARD SOLUTION 1000 mgL Al IN DILUTED HNO3 traceable to NIST

ALUMINIUM AAS STANDARD SOLUTION 1000 mg/L Al IN DILUTED HNO3 is a laboratory-grade traceable to NIST standard solution used for Atomic Absorption Spectroscopy. The clear colorless liquid contains 1000 mg/L of Aluminum in diluted Nitric Acid, offering a certified concentration for accurate analysis. It is completely soluble in water and has an approximate pH level of 1 due to the presence of diluted HNO3. This solution is packaged in tightly closed containers and should be stored in a cool, dry place between 15C to 25C to maintain its purity and effectiveness. With a shelf life of one year when stored properly, this product is ideal for quantitative analysis of aluminum concentration in various laboratory settings.