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Mercury(II) Acetate

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Mercury(II) Acetate Specification

Shape
Crystalline

Taste
Odorless

Structural Formula
(CH3COO)2Hg

EINECS No
216-465-3

Molecular Weight
318.68 g/mol

Appearance
White crystalline powder

Molecular Formula
C4H6HgO4

Poisonous
Yes

Boiling point
Decomposes before boiling

Melting Point
178 C

HS Code
28439090

Grade
Analytical Reagent (AR), Laboratory Grade

Other Names
Mercuric Acetate; Acetic acid, mercury(2+) salt

CAS No
1600-27-7

Ph Level
Neutral to slightly acidic

Density
3.28 Gram per cubic centimeter(g/cm3)

Purity
98% min

Smell
Odorless

Physical Form
Solid

Solubility
Soluble in water, alcohol, and ether

Applications
Used in organic synthesis, analytical chemistry, catalyst and as a reagent

Shelf Life
2 years under proper storage

Incompatibility
Strong reducing agents, ammonia, sulfur compounds

Stability
Stable under recommended storage conditions

Decomposition
Decomposes on heating

Packaging
Sealed in HDPE bottles or glass containers

Storage Conditions
Store in a tightly closed container, protected from light and moisture

UN Number
2025

Hazard Class
Toxic

Handling Precaution
Use gloves and eye protection; avoid inhalation or contact with skin

About Mercury(II) Acetate

Mercury (II) acetate is mainly suited for mercuration of different organic compounds. It allows for the absorption of ethylene. This is a chemical midway for phenylmercuric acetate. It is also compatible with organomercury compounds. Offered is functional as a catalyst in organic synthesis and assists in the manufacturing of several pharmaceuticals. Mercury (II) acetate is popular as a reagent which can make several organomercury compounds. Also, this is used to remove the acetamidomethyl protecting group. This is slightly soluble with alcohols, insoluble with hexane & benzene and highly soluble with water (H₂O).

Specification

Purity	Min.97%
Grade	LR/AR
Packaging Type	JAR/DRUM
Packaging Size	500GM/25KG
Chemical Formula	(CH3COO)2Hg
CAS Number	1600-27-7
Molecular Weight	318.68

Exceptional Purity for Reliable Results

As an Analytical Reagent (AR) grade compound, mercury(II) acetate ensures high purity (minimum 98%), fostering reproducible outcomes in research and industrial processes. Its white crystalline form and solubility in water, alcohol, and ether make it suitable for a broad spectrum of chemical applications.

Stringent Safety and Storage Protocols

To retain stability, store mercury(II) acetate in sealed HDPE bottles or glass containers, away from light and moisture. Adhere strictly to recommended handling precautions, including the use of gloves and eye protection, as it is highly toxic. Strictly avoid contact with strong reducing agents, ammonia, and sulfur compounds.

Versatile Functions and Applications

Mercury(II) acetate serves as a reagent, catalyst, and mediator in organic synthesis and analytical chemistry. Its stability and neutral to slightly acidic pH facilitate diverse reactions, making it essential for laboratories, exporters, and manufacturers seeking high-performance chemicals.

FAQs of Mercury(II) Acetate:

Q: Where should I store mercury(II) acetate to maintain its stability?

A: Mercury(II) acetate should be kept in a tightly closed HDPE bottle or glass container, protected from light and moisture. Proper storage ensures stability and prolongs its shelf life to two years.

Q: What are the recommended handling precautions for this compound?

A: When working with mercury(II) acetate, always use gloves and eye protection. Avoid inhalation and direct contact with skin to minimize health risks due to its toxic nature.

Q: How is mercury(II) acetate typically used in laboratories?

A: This compound finds essential use as a reagent and catalyst in organic synthesis, analytical chemistry, and a variety of chemical processes requiring its specific reactivity and solubility.

Q: What should I avoid combining with mercury(II) acetate during experiments?

A: Mercury(II) acetate must not be mixed or stored with strong reducing agents, ammonia, or sulfur compounds, as these can cause incompatibility issues and potentially harmful reactions.

Q: When does mercury(II) acetate decompose and what are the implications?

A: Mercury(II) acetate decomposes upon heating and does not have a boiling point; always conduct experiments at safe temperatures and avoid exposing the compound to heat to prevent hazardous conditions.

Q: What are the benefits of using mercury(II) acetate in organic synthesis?

A: Mercury(II) acetate provides selectivity, efficiency, and reliability in chemical reactions, thanks to its purity and consistent analytical performance, contributing to precise results.

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