Acetyl Bromide | 506-96-7

Description :

Overview of Acetyl Bromide

Acetyl Bromide is a reactive acyl halide widely used in industrial chemical manufacturing and organic synthesis. It is mainly used as a brominating and acylating reagent where fast reaction performance and controlled processing are required. Due to its strong reactivity, it is commonly used in specialty chemical production and intermediate manufacturing where stable quality and proper handling are important.

Acetyl bromide structure is based on an acetyl group attached to bromine, and it is used in manufacturing systems where efficient conversion and reliable output are needed.

Applications of Acetyl Bromide

Organic Synthesis & Acylation Reactions

Acetyl bromide uses include organic synthesis, where acylation reactions are required for producing specialty intermediates. It supports controlled reaction performance and consistent output quality. In many synthesis routes, it is handled along with Acetyl Chloride for similar industrial processing requirements.

Chemical Intermediate Manufacturing

Acetyl Bromide is widely used in chemical intermediate manufacturing, where reactive intermediates are needed for downstream chemical production. It supports stable processing and efficient reaction handling. It is often used with chemicals like Benzoyl Chloride, depending on the manufacturing requirement.

Specialty Industrial Processing

Acetyl Bromide is used in specialty industrial processing where strong chemical reactivity is required for controlled manufacturing operations. It supports industries involved in advanced chemical production and specialty compound manufacturing. In many systems, it is used with solvents like Dichloromethane for reaction and processing support.

Laboratory & Research Applications

Acetyl bromide is also used in labs and research where controlled reagent performance is needed for synthesis and analysis. It helps with processes where it's important to handle reactions carefully, and chemicals behave the same way every time.

Safety & Handling Guidelines

• Keep in a cool, dry, and well-ventilated place.

• Keep containers tightly closed and away from water.

• Don't touch water because it reacts strongly and gives off fumes.

• Stay away from the skin and eyes directly.

• Avoid inhalation of vapours during handling

• Use protective gloves, goggles, and suitable clothing

• Keep away from heat and incompatible materials

• Dispose of packaging as per local guidelines
  
  
  

Where to Buy Acetyl Bromide?

Acetyl Bromide Manufacturer

Acetyl Bromide is manufactured for industrial applications such as chemical synthesis and intermediate production, where consistent quality and controlled performance are required.

Acetyl Bromide Supplier & Distributor

Acetyl Bromide is supplied in industrial-grade quantities for manufacturers who require a steady supply and consistent quality. As a reliable supplier and distributor, Chemicalbull Pvt. Ltd. supports customers with dependable sourcing, scalable volumes, and standard documentation for domestic and export requirements.

MSDS for Acetyl Bromide

The MSDS for Acetyl Bromide provides detailed information on safe handling, storage conditions, exposure controls, first-aid measures, and emergency response procedures. Always review the MSDS before use.

Frequently Asked Questions (FAQs)

1. What is the acetyl bromide formula?

   The acetyl bromide formula is C₂H₃BrO.
   
   

2. What is the name of the compound CH3COBr?

   The name of the compound CH3COBr is Acetyl Bromide.
   
   

3. What is the acetyl bromide structure?

   Acetyl bromide structure consists of an acetyl group bonded to bromine, making it a reactive acyl halide used in chemical manufacturing.
   
   

4. What is the use of acetyl bromide?

   The use of acetyl bromide includes organic synthesis, intermediate manufacturing, and specialty chemical processing, where acylation and bromination reactions are required.
   
   

5. What is acetyl bromide in industry?

   Acetyl bromide uses in industry include chemical synthesis routes where controlled reactivity and consistent output are required for downstream specialty chemicals.