CALCIUM IC STANDARD (Ca2+ Calcium 1000 mg-L in H2O) - traceable to NIST

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CALCIUM IC STANDARD (Ca2+ Calcium 1000 mg-L in H2O) - traceable to NIST Specification

EINECS No
215-997-8 (associated with calcium ions)

Purity
High purity; traceable to NIST standards

Ingredients
Calcium ion (Ca2+ 1000 mg/L) in ultrapure water

CAS No
N/A (associated with calcium ions in solution)

Usage
Used in laboratories for precise calibration of instruments for calcium ion measurement

Smell
None

Structural Formula
[Ca^2+] in H2O

Storage
Store at room temperature or as per product-specific guidelines; avoid exposure to contamination

Taste
Odorless and tasteless

Application
Calibration standard for analytical and scientific measurement including spectroscopy and trace analysis

Shelf Life
Typically 1-3 years depending on storage conditions and manufacturers guidelines

Refractive Rate
Not applicable for dilute aqueous solutions

Ph Level
Neutral to slightly alkaline (depending on concentration)

Density
Gram per cubic centimeter(g/cm3)

Molecular Weight
40.08 g/mol

Grade
Analytical grade

Solubility
Fully soluble in water

Poisonous
NO

Molecular Formula
Ca2+

HS Code
3822.00.00 (likely classification for prepared analytical reagents)

Appearance
Clear colorless liquid

Shape
Liquid (not applicable)

Melting Point
842C (Calcium ions in compound form)

Properties
Highly stable aqueous calcium ion standard traceable to NIST

Physical Form
Aqueous liquid

About CALCIUM IC STANDARD (Ca2+ Calcium 1000 mg-L in H2O) - traceable to NIST

CALCIUM IC STANDARD (Ca2+ Calcium 1000 mg/L in H2O) is a high-purity aqueous liquid calibration standard traceable to NIST standards. This colorless, odorless, and tasteless solution is ideal for analytical and scientific measurements, especially in spectroscopy and trace analysis applications. With a molecular weight of 40.08 g/mol and a neutral to slightly alkaline pH level, it offers precise calibration for instruments measuring calcium ions. Fully soluble in water, this calcium ion standard is stored at room temperature, ensuring stability for up to 3 years. Trusted for its quality and reliability, it is commonly used in laboratories for accurate calibration purposes.