Compound Hydrobromic Acid

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Compound Hydrobromic Acid Specification

Refractive Rate
n20/D 1.434

HS Code
28111990

Taste
Acrid, sour

Boiling point
124.3C

Structural Formula
H-Br

Molecular Formula
HBr

Molecular Weight
80.91 g/mol

Smell
Pungent

Classification
Inorganic Acid

Inorganic Acid Types
Hydrobromic Acid

Grade
Chemical/Reagent Grade

Purity
48% min

Application
Laboratory reagent, Chemical synthesis, Pharmaceuticals, Electronics

Appearance
Clear colorless to pale yellow liquid

CAS No
10035-10-6

EINECS No
233-113-0

Other Names
Compound Hydrobromic Acid, HBr

Usage
Analytical reagent, Production of bromide compounds

Melting Point
-11C

Density
1.49 Gram per cubic centimeter(g/cm3)

Solubility
Soluble in water

Raw Material
Bromine, Water

About Compound Hydrobromic Acid

In the year 1971, we have started our business as a prominent manufacturer, exporter and supplier of Compound Hydrobromic Acid 62%. This acid is used in various industries for the production of organic compounds. Processed under the strict guidance of our seasoned professionals using top-notch quality chemicals and advanced techniques, this acid is also tested on certain quality parameters. Besides, clients can avail this Compound Hydrobromic Acid 62% in air sealed packaging options at marginal prices from us.

Features:

Effectiveness
Safe to use
High solubility
Precise composition

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 25^oc : 1.705 1.710gm/ml

B	Specifications :
1	Description : Clear, pale yellow , highly fuming liquid
3	Assay : 60 62 %
4	Chloride : NMT 0.3 %
5	Sulphate : Absent
6	Free bromine : Not more than 0.3 %

Superior Purity and Versatility

Compound Hydrobromic Acid is manufactured to a minimum purity of 48%, making it suitable for demanding applications in pharmaceuticals, laboratory analytics, and electronics. The presence of high-grade, stable HBr ensures reliable and accurate results across multiple industries.

Safe and Practical Handling

Packaged in HDPE or glass bottles and drums, this strongly acidic liquid should be handled with appropriate PPE due to its corrosive nature. Adhering to recommended storage helps maintain its properties and extends shelf life, making it a practical choice for industry professionals.

FAQs of Compound Hydrobromic Acid :

Q: How should Compound Hydrobromic Acid be stored to ensure maximum shelf life?

A: Store it in tightly closed HDPE or glass containers in a cool, well-ventilated, and dry area, protected from moisture. Proper storage helps maintain stability and extends its shelf life to two years if left unopened.

Q: What are the primary applications of Compound Hydrobromic Acid?

A: This acid is widely used as a laboratory reagent, in chemical synthesis, pharmaceuticals, and electronics manufacturing. Its also essential for producing bromide compounds and as an analytical reagent.

Q: When is Compound Hydrobromic Acid considered unsafe to handle without precautions?

A: As a highly corrosive liquid (Hazard Class 8), it is always unsafe to handle without proper personal protective equipment such as gloves, eye protection, and suitable clothing. It can irritate or cause burns to skin, eyes, and the respiratory tract.

Q: Where is Compound Hydrobromic Acid manufactured and supplied?

A: It is manufactured, exported, and supplied from India, using high-quality raw materials like bromine and water, ensuring compliance with international chemical and safety standards.

Q: What is the production process for Compound Hydrobromic Acid?

A: The acid is produced by directly combining hydrogen and bromine or by reacting bromides with non-oxidizing acids, resulting in a clear colorless to pale yellow liquid with a strong, pungent smell.

Q: How is Compound Hydrobromic Acid beneficial in industrial and scientific applications?

A: Due to its strong acidity, solubility in water, and purity, it facilitates efficient chemical reactions, precise analysis, and high-performance manufacturing processes, contributing to better product quality and research outcomes.

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