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3 Bromoaniline

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3 Bromoaniline Specification

Solubility
Slightly soluble in water; soluble in organic solvents

Refractive Rate
1.617

Storage
Store in a cool dry place away from light and heat

Molecular Formula
C6H6BrN

Melting Point
49-52C

Smell
Aromatic odor

Form
Crystalline Powder

Other Names
m-Bromoaniline

Density
1.692 Gram per cubic centimeter(g/cm3)

Structural Formula
Br-C6H4-NH2

Shape
Solid Crystal

Boiling point
240-242C

Molecular Weight
172.02 g/mol

Poisonous
No

Purity
99%

HS Code
29214210

Ph Level
Neutral

Classification
Aromatic Amine

Chemical Name
3-Bromoaniline

CAS No
591-19-5

EINECS No
209-711-2

Grade
Industrial Grade

Standard
ISO

Type
Organic Intermediate

Usage
Used as an intermediate in the production of dyes pharmaceuticals and agrochemicals

Main Material
Benzene

Application
Pharmaceutical chemical synthesis and dye manufacturing

About 3 Bromoaniline

Backed by a team of chemical engineers, we bring out an exclusive range of 3-Bromoaniline to our clients from Maharashtra, India. It is pale yellow to light brown liquid has molecular formula C6H6BrN. These 3-Bromoaniline are used as the building block intermediate in different pharmaceutical molecules. Experts of our firm keenly check these chemicals by reacting the sample with many other chemicals. In addition to this, these 3-Bromoaniline are non toxic and safe to consume with tablets and capsule.

Key Features:

Solubility- insoluble
Molecular Weight 172.02
Boiling Point (deg C) 251 @ 760 mm
Melting Point (deg C) 16.8

Applications in Pharmaceutical and Dye Industries

3-Bromoaniline is widely used as an essential organic intermediate in the synthesis of pharmaceuticals and dyes. Its reliability in complex chemical reactions makes it indispensable for producing active pharmaceutical ingredients and vibrant colorants. The compounds structural stability and high purity ensure consistent results, optimizing both efficiency and output quality in industrial processes.

Safe Storage and Handling Guidelines

For maximum preservation, 3-Bromoaniline should be stored in a cool, dry environment, sheltered from direct light and heat sources. This practice helps maintain its crystalline form, purity, and chemical stability. Proper handling procedures are crucial, including the use of suitable protective equipment, to prevent exposure and maintain workplace safety standards.

FAQs of 3 Bromoaniline:

Q: How should 3-Bromoaniline be stored to ensure its stability?

A: Store 3-Bromoaniline in a cool, dry place away from light and heat to maintain its purity, crystalline structure, and prevent degradation. Airtight containers are recommended for optimal stability.

Q: What is the main usage of 3-Bromoaniline in industrial applications?

A: 3-Bromoaniline is primarily utilized as an intermediate in the synthesis of pharmaceuticals, dyes, and agrochemicals, enabling complex chemical reactions necessary for these industries products.

Q: When does 3-Bromoaniline typically melt or boil during handling?

A: 3-Bromoaniline melts between 49-52C and boils at 240-242C. Care should be taken to avoid exceeding these temperatures during processing to maintain product integrity.

Q: Where is 3-Bromoaniline commonly supplied from?

A: 3-Bromoaniline is manufactured and exported from India, where suppliers adhere to industrial and ISO quality standards to ensure consistent purity and performance.

Q: What benefits does 3-Bromoaniline offer in pharmaceutical chemical synthesis?

A: Its high purity and reliable chemical structure make 3-Bromoaniline a preferred intermediate, promoting efficient synthesis and reducing impurities in pharmaceutical product development.

Q: How is 3-Bromoaniline processed in pharmaceutical and dye manufacturing?

A: The compound is typically dissolved in organic solvents due to its slight water solubility, then incorporated in various synthesis reactions to create targeted products.

Q: Is 3-Bromoaniline safe for direct use, and what precautions are necessary?

A: While valuable as an intermediate, direct exposure should be avoided. Proper protective gear and handling practices, including storage away from heat and light, are essential for safety.

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