3-Bromoanisole | 2398-37-0

Description :

Overview of 3-Bromoanisole

3-Bromoanisole is a key chemical used in industrial aromatic ethers, as well as an organic compound that is halogenated and extensively employed in organic synthesis and chemical manufacturing in the industrial sector. It is generally available in a transparent light yellow to pale fluid and is valued due to its well-controlled reactivity, the ability to control positional substitution, and stability for industrial chemical reaction processes.

As an industrial chemical, 3-Bromoanisole is used in specialty chemical synthesis, material chemistry, dyes, fragrances, and advanced organic processing, where predictable molecular behaviour and reliable quality are essential.

Applications of 3-Bromoanisole

Chemical Manufacturing & Industrial Synthesis

3-Bromoanisole is widely utilized for its role as an intermediate in the industrial process of organic syntheses, specifically for coupling, replacement, and functionalization processes. Brominated aromatic structures enable the efficient production of complex molecules in large-scale chemical manufacturing. It is often evaluated alongside Anisole, Bromobenzene, and other halogenated aromatic compounds used in the synthesis process.

Specialty Chemicals, Dyes & Fragrance Manufacturing

In the specialty chemical industry, 3-Bromoanisole can be found to make colors, as well as fragrance ingredients and small chemical elements. It is a catalyst for controlled reaction and constant quality of output in industrial-scale specialty formulations.

Advanced Organic & Material Chemistry

3-Bromoanisole is also applied in advanced organic chemistry and material-related synthesis, where precise substitution patterns are required for downstream processing and performance-oriented chemical systems.

Safety & Handling Guidelines

• Keep it in a cool, dry, and well-ventilated location
• Seal containers well and keep them clearly labeled
• Beware of inhalation of vapours and contact with eyes or skin
• Use protective gloves, goggles, a face shield, and suitable industrial clothing
• Handle strictly under controlled industrial conditions
• Dispose of waste and packaging according to regulatory guidelines
  
  
  

Where to Buy 3-Bromoanisole?

3-Bromoanisole Manufacturer

3-Bromoanisole is manufactured for industrial-grade applications requiring controlled purity, consistent molecular structure, and reliable reactivity for specialty and industrial chemical synthesis.

3-Bromoanisole Supplier & Distributor

3-Bromoanisole is available in large quantities and forms of industrial packing for producers who require reliable quality and controlled logistics. As a reputable industrial chemicals distributor and supplier, Chemicalbull Pvt. Ltd. assists customers by providing the most reliable sources of documents, as well as reliable supply chains.

MSDS for 3-Bromoanisole

The MSDS for 3-Bromoanisole contains detailed information about dangers, safe handling practices, store conditions, exposure control, first-aid procedures, and emergency responses. Always check the MSDS before using industrial equipment.

Frequently Asked Questions (FAQs)

1. What is the chemical formula of 3-Bromoanisole?
   

   The chemical formula of 3-Bromoanisole is C₇H₇BrO.
   
   

2. What is the structure of 3-Bromoanisole?
   

   3-Bromoanisole comprises a methoxy group that is attached to a benzene-benzene ring, with bromine as a substituent in the meta-position that allows the synthesis of industrial chemicals to be selectively reactive.
   
   

3. What is 3-Bromoanisole used for?
   

   It is used in industrial organic synthesis, specialty chemical manufacturing, dyes, fragrances, and advanced material chemistry applications.
   
   

4. What is the synthesis of 3-Bromoanisole?
   

   The synthesis of 3-Bromoanisole typically involves carefully controlled substitution or bromination reactions that involve anisole and related aromatic substances under controlled industrial conditions.
   
   

5. Is 3-Bromoanisole hazardous?
   

   3-Bromoanisole can be toxic and irritating when handled incorrectly, which is why the proper use of PPE, ventilation, and strict compliance with MSDS guidelines are necessary.