Specifications Table

Product Name – Barium Sulphite

Quantity/Pack Size – 500 gm

Form – Fine Powder

Grade – Laboratory Reagent

Application – Chemical Synthesis, Analytical Research, Educational Experiments

Product Overview

Barium Sulphite from eqipped represents a pinnacle of purity and reliability, making it an indispensable compound for a wide array of scientific investigations. As a high-grade laboratory reagent, this fine white powder is meticulously prepared to meet stringent quality standards, ensuring its suitability for critical applications in chemistry, research, and education. Its consistent composition and exceptionally low impurity profile make it a trusted choice for researchers, students, and educators across India who demand utmost precision in their experimental work and analytical processes.

This versatile inorganic compound plays a significant role in various chemical synthesis processes, acting as a valuable precursor or reactant in the formation of other barium-containing compounds. Its distinct chemical properties allow for controlled and predictable reactions, which are vital in developing new materials, refining existing substances, or exploring novel reaction pathways. Beyond synthetic applications, Barium Sulphite is also effectively employed in specific analytical procedures where its unique reactivity can be leveraged for qualitative or quantitative determinations, contributing to accurate data collection. Its inherent stability under appropriate storage conditions ensures a prolonged shelf life, providing excellent value and readiness for laboratories with ongoing or intermittent needs.

At eqipped, we are committed to supporting scientific advancement by providing chemicals of uncompromising quality. Our Barium Sulphite is packaged securely to prevent contamination and maintain its pristine integrity from our manufacturing facility to your laboratory bench. Choosing eqipped means investing in a product that actively supports accurate experimental results and fosters successful scientific exploration. Whether you are conducting fundamental research, exploring advanced chemical reactions, or preparing educational demonstrations, our Barium Sulphite delivers the consistent and dependable performance required for impactful scientific discoveries.

FAQs

1. What are the primary applications of Barium Sulphite in a laboratory setting?

Barium Sulphite is primarily used in chemical synthesis as a reducing agent or a precursor for other barium compounds. It also finds applications in certain analytical procedures where specific reactivity is required for qualitative or quantitative analysis.

2. How should Barium Sulphite be stored to maintain its quality?

For optimal quality preservation, Barium Sulphite should be stored in a cool, dry place, in a tightly sealed container, away from incompatible materials, direct sunlight, and moisture. This prevents degradation and ensures its efficacy for future use.

3. Is Barium Sulphite considered hazardous, and what safety precautions are recommended?

Yes, Barium Sulphite should be handled with care as barium compounds can be toxic if ingested or inhaled. It is recommended to use appropriate personal protective equipment (PPE) such as gloves, safety glasses, and a lab coat, and to work in a well-ventilated area or under a fume hood.

4. Can Barium Sulphite be used as a substitute for Barium Sulfate in certain reactions?

While both contain barium, Barium Sulphite (BaSO3) and Barium Sulfate (BaSO4) have different chemical properties and reactivities. Barium Sulphite acts as a reducing agent, whereas Barium Sulfate is largely inert and often used as a white pigment or filler. They are generally not interchangeable in most chemical reactions.

5. What grade is this Barium Sulphite, and why is it important for lab use?

This Barium Sulphite is of Laboratory Reagent grade. This grade signifies that it meets specific purity standards, making it suitable for general laboratory applications, educational purposes, and many research analyses where consistent quality and minimal impurities are crucial for reliable and reproducible experimental results.