Product Overview

In educational labs, Lancer Strontium Sulphide helps students understand gas evolution reactions—notably the production of hydrogen sulfide gas when reacted with acids. It creates a vivid example of reactive sulfur chemistry and gas detection in real-time demonstrations.

In industrial applications, strontium sulphide is historically linked to the manufacture of luminescent pigments, such as those used in glow-in-the-dark paints and ceramics. It remains relevant in pigment research and legacy chemistry demonstrations.

For institutional research, it acts as a precursor in metal sulfide synthesis or in experiments involving strontium-sulfur interactions. Its reactivity and purity make it suitable for foundational sulfur compound preparation and experimentation.

FAQs

1. What happens when Strontium Sulphide reacts with acid?
   It releases hydrogen sulfide (H₂S) gas, commonly used to demonstrate gas evolution and detect sulfur-containing compounds.

2. Can it be used in pigment preparation?
   Yes, it was traditionally used in phosphorescent materials and is still useful for pigment chemistry models.

3. What precautions are needed?
   Work in a ventilated space due to potential gas release; use gloves and standard safety gear.

4. How should it be stored?
   Store in an airtight container, away from moisture, as it can hydrolyze over time and release gas.

5. Why buy Strontium Sulphide from Lancer?
   Lancer ensures batch purity, safe handling, and reliable performance for academic and research use in Indian labs.