Aluminum chloride

Aluminum chloride Specification

Purity
99%

Melting Point
178 C

Boiling point
180 C

Form
Powder

Density
2.48 g/cm Kilogram per litre (kg/L)

HS Code
28273200

Classification
Organic Chemicals

Chemical Name
Aluminum chloride

CAS No
7446-70-0

Usage
an inorganic compound widely used as a Lewis acid catalyst in organic synthesis (e.g., Friedel-Crafts reactions), an active ingredient in clinical-strength antiperspirants, and an astringent for controlling minor hemorrhages.

Application
Industrial

Aluminum chloride About

an inorganic compound widely used as a Lewis acid catalyst in organic synthesis (e.g., Friedel-Crafts reactions), an active ingredient in clinical-strength antiperspirants, and an astringent for controlling minor hemorrhages.

Powerful Catalyst in Organic Synthesis

Aluminum chloride's unique properties as a Lewis acid make it indispensable for organic chemists. It enables efficient Friedel-Crafts reactions and a range of other transformations, streamlining the synthesis of complex molecules. Its high purity and stability under industrial conditions ensure reliable performance, facilitating high yields and process efficiencies.

Diverse Applications Beyond Chemistry

While most known for its catalytic capabilities, aluminum chloride stands out for additional uses. It is widely used as an active ingredient in clinical-strength antiperspirants due to its astringent nature. In the medical field, it also helps control minor hemorrhages, underlining its importance in both personal care and healthcare sectors.

FAQ's of Aluminum chloride:

Q: How is aluminum chloride commonly used in industrial processes?

A: In industrial settings, aluminum chloride serves mainly as a Lewis acid catalyst, particularly in organic synthesis reactions like the Friedel-Crafts alkylation or acylation. Its role is crucial in producing aromatic compounds, polymers, and other complex chemicals.

Q: What is the process for using aluminum chloride in Friedel-Crafts reactions?

A: During Friedel-Crafts reactions, aluminum chloride acts as a catalyst that facilitates the formation of carbon-carbon bonds. It interacts with the reactants to generate highly reactive intermediates, enabling efficient synthesis of alkylated or acylated aromatic compounds.

Q: When should aluminum chloride be handled with special precautions?

A: Due to its reactive nature and sensitivity to moisture, aluminum chloride should always be handled in dry conditions and with appropriate protective equipment. It can react violently with water, emitting hydrogen chloride gas, so strict safety protocols are essential during use and storage.

Q: Where is aluminum chloride mostly applied outside of organic synthesis?

A: Beyond its central role in organic chemistry, aluminum chloride is a key ingredient in some clinical-strength antiperspirants, where it minimizes perspiration, and is employed medically as an astringent to help control minor hemorrhages.

Q: What are the main benefits of utilizing aluminum chloride in manufacturing?

A: Aluminum chloride offers substantial benefits such as high catalytic efficiency, consistent purity, and versatility, which support high-quality product yield, reduced reaction times, and adaptability across various industrial and healthcare uses.

Q: How does the purity of aluminum chloride impact its effectiveness?

A: The 99% purity of aluminum chloride ensures its catalytic activity remains high with minimal contaminants, which is crucial for sensitive chemical syntheses and for applications in pharmaceuticals and personal care products where purity is paramount.

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