Hydrobromic Acid 48%
Hydrobromic Acid 48%

Hydrobromic Acid 48%

Hydrobromic Acid 48% Specification

  • HS Code
  • 28111940
  • Molecular Formula
  • HBr
  • Molecular Weight
  • 80.91 g/mol
  • Taste
  • Strongly acidic
  • Boiling point
  • 126C
  • Refractive Rate
  • 1.434 - 1.437
  • Structural Formula
  • HBr
  • Smell
  • Pungent, irritating odor
  • Classification
  • Inorganic Acid
  • Inorganic Acid Types
  • Hydrobromic Acid
  • Grade
  • Industrial Grade
  • Purity
  • 48% Min
  • Application
  • Industrial use, Pharmaceuticals, Chemical synthesis, Laboratory reagents
  • Appearance
  • Colorless to pale yellow liquid
  • CAS No
  • 10035-10-6
  • EINECS No
  • 233-113-0
  • Other Names
  • Hydrogen bromide solution, Bromo hydric acid
  • Usage
  • Preparation of bromides, catalyst for reactions, pharmaceuticals
  • Melting Point
  • -11C
  • Density
  • 1.49 Gram per cubic centimeter(g/cm3)
  • Solubility
  • Miscible with water
  • Raw Material
  • Bromine, Hydrogen, Water
  • UN Number
  • 1788
  • Storage
  • Store in tightly sealed containers, in cool, well-ventilated area
  • Hazard Class
  • 8 (Corrosive substances)
  • Packaging Type
  • HDPE drums, IBC tanks, custom packaging on request
  • Transport Information
  • Transported under tightly sealed packaging to prevent leaks
  • Stability
  • Stable under recommended storage conditions
  • pH (at 20C, 1N solution)
  • ~1.0
  • Corrosivity
  • Highly corrosive to most metals and tissue
 
 

About Hydrobromic Acid 48%

Our firm is highly embraced to fulfil the specific needs of clients by putting forward excellent quality Hydrobromic Acid 48%. Known as the strongest minerals acid, the provided acid is generally used for production of inorganic bromides of calcium, zinc and sodium. Also, used as a catalyst in certain organic reactions, this acid is formulated by our diligent professionals using optimum quality chemicals in compliance with the set quality standards. Additionally, we are providing this Hydrobromic Acid 48% in several packaging options at reasonable prices to the clients.

Features:

  • Stable chemical and physical properties

  • Accurate composition

  • Purity

  • Precise pH value


Specifications: 

Sr No

ACTIVITY

A

General information :


1

Structure : HBr

2

Molecular formula : HBr

3

Molecular weight : 81

4

Chemical name : Hydrobromic acid ; Aqueous soln. of hydrogen bromide

gas

5

Density at 25oc : 1.48 1.49 gm/ml

6

Boiling point : 126oc

7

CAS no. : 10065-10-6



B

Specifications :


1

Description : Clear, colourless to pale yellow , fuming liquid

2

Assay : Not less than 48.0 %

3

Chloride : Not more than 0.3 %

4

Sulphate : Absent

5

Free bromine : Not more than 0.2 %



 



Robust Industrial and Laboratory Applications

Hydrobromic Acid 48% serves an integral role in diverse chemical industries. It is extensively employed in synthesizing inorganic and organic bromides, acting as a catalyst in pharmaceutical preparations, and functioning as a critical reagent in laboratories. Its strong reactivity enhances process efficiency and supports high-purity requirements for advanced manufacturing.


Safe Storage and Secure Transportation

Given its highly corrosive nature, Hydrobromic Acid 48% demands specialized storage in tightly sealed HDPE drums or IBC tanks, within areas that are cool and well-ventilated. For transportation, robust leak-proof packaging aligns with Hazard Class 8 and UN 1788 standards, ensuring both handler and environmental safety. Custom packaging options are available on request.


Trusted Quality from Certified Supplier

Manufactured using carefully controlled processes with bromine, hydrogen, and water as raw materials, this product adheres to industrial-grade standards. Exported worldwide from India, it is recognized for its consistent purity (minimum 48%), reliability, and suitability for critical pharmaceutical and chemical synthesis tasks.

FAQs of Hydrobromic Acid 48%:


Q: How should Hydrobromic Acid 48% be safely stored to ensure stability?

A: Store Hydrobromic Acid 48% in tightly sealed containers, preferably HDPE drums or IBC tanks, placed in cool, well-ventilated areas. These measures maintain product stability and minimize hazardous exposure due to its highly corrosive nature.

Q: What are the main industrial uses of Hydrobromic Acid 48%?

A: Hydrobromic Acid 48% is widely applied in the preparation of bromides, as a reaction catalyst, in pharmaceuticals, chemical synthesis, and as a laboratory reagent. Its strong acidity and high purity make it suitable for processes requiring effective and consistent results.

Q: Where can Hydrobromic Acid 48% be utilized within pharmaceutical applications?

A: In the pharmaceutical industry, Hydrobromic Acid 48% is often used in the manufacture of active pharmaceutical ingredients, intermediates, and as a catalyst in specific synthesis processes, emphasizing its value in high-precision applications.

Q: What safety precautions should be taken when handling Hydrobromic Acid 48%?

A: Due to its high corrosivity toward metals and tissues, handlers must wear appropriate protective equipment such as gloves, goggles, and chemical-resistant clothing, and work in well-ventilated spaces to avoid inhaling its pungent, irritating vapors.

Q: When should custom packaging be considered for Hydrobromic Acid shipments?

A: Custom packaging is advisable when standard containers do not fit specific volume, compatibility, or safety requirements. Clients can discuss unique packaging solutions to ensure safe and compliant transport, especially for specialized or bulk deliveries.

Q: How is Hydrobromic Acid 48% typically transported to prevent leaks?

A: It is transported in robust, leak-proof containers like HDPE drums or IBC tanks, carefully sealed to comply with Hazard Class 8 and UN 1788 requirements. This prevents leaks, supports regulatory compliance, and protects handlers and the environment.

Q: What benefits does using Hydrobromic Acid 48% offer in chemical processes?

A: Hydrobromic Acid 48% delivers reliable reactivity and high purity, promoting efficient reactions and product yields in chemical synthesis. Its miscibility with water and strong acid profile make it a versatile and essential reagent for many industrial processes.

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