Chromium VI in Seawater - Whole Volume

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Chromium VI in Seawater - Whole Volume Specification

Properties
Highly reactive; toxic; bioavailable in oxidation state VI

Application
Trace metal analysis industrial monitoring environmental testing

CAS No
18540-29-9

Taste
Not applicable or metallic

Grade
Analytical grade

Shape
Not applicable for liquids

Structural Formula
O=Cr=O

Usage
Used in water quality testing for chromium concentration analysis

EINECS No
231-801-5

Appearance
Clear liquid (seawater matrix)

Ingredients
Chromium VI dissolved in seawater matrix

Ph Level
Acidic in seawater context

HS Code
28256100

Storage
Store in cool dry and well-ventilated environment; avoid direct sunlight

Density
2.7 Gram per cubic centimeter(g/cm3)

Poisonous
Yes highly toxic and carcinogenic

Physical Form
Dissolved ionic form in seawater

Molecular Formula
CrO3 (Chromium VI Oxide)

Smell
Odorless

Solubility
Highly soluble in water

Molecular Weight
99.99 g/mol

Melting Point
196.6C (CrO3)

Purity
Depends on the lab or testing setup; typically >99% for analysis standards

Shelf Life
Varies based on storage conditions typically 6-12 months

About Chromium VI in Seawater - Whole Volume

Chromium VI in Seawater - Whole Volume is a highly reactive and toxic substance used for precise water quality testing and trace metal analysis. This product exists in a dissolved ionic form within seawater, making it ideal for analytical applications in environmental monitoring and industrial testing. With a molecular formula of CrO3 and a molecular weight of 99.99 g/mol, it features high solubility and bioavailability in its oxidation state VI. The liquid appears as a clear seawater matrix, with acidic pH characteristics. Odorless and metallic in taste, the product is highly toxic and carcinogenic, requiring careful handling and storage in a cool, dry, and well-ventilated environment away from direct sunlight. It has a shelf life of 612 months when stored appropriately. Chromium VI in Seawater complies with analytical-grade standards, ensuring purity levels of over 99% for reliable testing outcomes in professional laboratory settings.