SULPHURIC ACID SOLUTION 2-3N

Get a Price/Quote

SULPHURIC ACID SOLUTION 2-3N Specification

Application
Used in laboratory titrations as a standardized acid and for various chemical processes.

Grade
Laboratory reagent grade or equivalent.

Ingredients
Sulfuric acid (H2SO4) and water (H2O).

Ph Level
Approximately 0 to 1 depending on dilution.

Shape
N/A (liquid form).

Shelf Life
Indefinite when stored in proper conditions.

Purity
2N to 3N concentration; typically 98-99% pure H2SO4 before dilution.

Usage
Commonly employed in analytical chemistry manufacturing processes and research requiring precise acid concentrations.

Poisonous
YES

Density
1.2 Gram per cubic centimeter(g/cm3)

Storage
Store in cool well-ventilated areas in acid-resistant containers. Avoid incompatible materials (e.g. organic compounds bases).

Smell
Odorless in dilute forms but concentrated solutions may emit slight sulfur dioxide odors.

Melting Point
Not applicable for dilute solutions (pure sulfuric acid: 10 C).

Structural Formula
HOSO2OH

Properties
Highly corrosive reacts with bases metals and organic compounds exothermic reaction with water.

Molecular Formula
H2SO4

EINECS No
231-639-5

Physical Form
Liquid

Solubility
Completely soluble in water.

HS Code
2807.00.00 (specific to sulfuric acid)

Appearance
Clear colorless to slightly cloudy liquid.

Taste
Odorless and relatively tasteless with very high levels of acidity.

Molecular Weight
98.079 g/mol (pure sulfuric acid may vary slightly for 2-3N concentration)

Refractive Rate
Value depends on concentrationtypically around 1.34 to 1.36.

CAS No
7664-93-9 (specific CAS may vary based on concentration standards)

About SULPHURIC ACID SOLUTION 2-3N

SULPHURIC ACID SOLUTION 2-3N is a highly corrosive liquid used in laboratory titrations and various chemical processes. With a purity ranging from 2N to 3N concentration, it is typically 98-99% pure sulfuric acid before dilution, making it ideal for precise acid concentrations in analytical chemistry. Stored in acid-resistant containers in well-ventilated areas, this odorless and tasteless solution reacts exothermically with water and is completely soluble in water. Its molecular formula, H2SO4, and molecular weight of 98.079 g/mol ensure its efficacy in manufacturing processes, while its indefinite shelf life under proper storage conditions provides long-lasting utility.