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

Grade
Analytical grade

Ph Level
Acidic in seawater context

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

Taste
Not applicable or metallic

CAS No
18540-29-9

Appearance
Clear liquid (seawater matrix)

Smell
Odorless

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

Molecular Formula
CrO3 (Chromium VI Oxide)

Melting Point
196.6C (CrO3)

EINECS No
231-801-5

Shape
Not applicable for liquids

Poisonous
Yes highly toxic and carcinogenic

Ingredients
Chromium VI dissolved in seawater matrix

Molecular Weight
99.99 g/mol

Density
2.7 Gram per cubic centimeter(g/cm3)

Structural Formula
O=Cr=O

Physical Form
Dissolved ionic form in seawater

HS Code
28256100

Solubility
Highly soluble in water

Usage
Used in water quality testing for chromium concentration analysis

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

Application
Trace metal analysis industrial monitoring environmental testing

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.