Aluminium Sulphide – Lancer, 25g pack, high-purity lab-grade powder for controlled synthesis, gas evolution reactions, and advanced academic experiments in chemistry labs.
Original price was: ₹915.00.₹549.00Current price is: ₹549.00.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
1. What happens when Aluminium Sulphide reacts with water?
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
2. Is it suitable for high school or beginner labs?
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
3. How should Aluminium Sulphide be stored?
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
Acetocarmine Stain 0.5%, 100 ml – Lancer. Laboratory-grade cytology stain for plant chromosome analysis in mitosis and meiosis. Ready-to-use and student-friendly.
Acetocarmine 1%, 100 ml – Lancer. Ready-to-use cytological stain for precise visualization of chromosomes in plant cell mitosis and meiosis. Lab-grade quality.
Aceto Orcein 1% (Lasts Stain), 100 ml – Lancer. Lab-grade cytological stain for clear chromosome visibility in mitosis and meiosis studies in plant cells.
Aceto Orcein Dilute, 100 ml – Lancer. Ready-to-use cytological stain for plant cell chromosomes. Ideal for mitosis studies in school and college biology labs.
Lancer’s Glacial Acetic Acid L.R. Grade (500 ml) is ideal for lab use in synthesis, pH control, and general-purpose reactions across educational and industrial setups.
Original price was: ₹915.00.₹549.00Current price is: ₹549.00.
Aluminium Sulphide – Lancer, 25g pack, high-purity lab-grade powder for controlled synthesis, gas evolution reactions, and advanced academic experiments in chemistry labs.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
| Product Name | Aluminium Sulphide – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Laboratory Grade |
| Application | Inorganic synthesis, gas evolution, chemistry education |
Aluminium Sulphide is widely used in academic labs for gas evolution reactions, particularly for generating hydrogen sulphide (H₂S) upon contact with water. It helps students understand hydrolysis, salt reactivity, and synthesis in controlled lab settings.
Though sensitive to moisture, Aluminium Sulphide plays a role in specialized inorganic synthesis and materials science research. It can serve as a precursor in high-temperature reactions involving sulphides or ceramics.
Research institutions employ Aluminium Sulphide in analytical testing and controlled lab-based reactions that explore the behavior of metal sulphides in various pH and environmental conditions. Its reactivity provides critical data for reaction modeling and substance behavior studies.
1. What happens when Aluminium Sulphide reacts with water?
It decomposes, producing hydrogen sulphide gas (H₂S) and aluminium hydroxide—a classic gas evolution experiment in chemistry.
2. Is it suitable for high school or beginner labs?
Due to its reactivity with moisture and potential H₂S release, it’s recommended only for advanced chemistry labs with proper ventilation.
3. How should Aluminium Sulphide be stored?
Store it in a moisture-proof, airtight container under inert conditions to prevent premature decomposition.
Yes, it’s commonly used in metal sulphide reactions and controlled inorganic synthesis, especially in academic and research settings.
You can order high-purity Aluminium Sulphide from Eqipped.com, India’s trusted lab chemical supplier.
Acetocarmine 1%, 100 ml – Lancer. Ready-to-use cytological stain for precise visualization of chromosomes in plant cell mitosis and meiosis. Lab-grade quality.
Acid Alcohol Fixative, 500 ml – Lancer. High-quality fixative for cytological smear preparation, cell structure preservation, and accurate staining results in lab settings.
Lancer’s Glacial Acetic Acid A.R. Grade (500 ml) is suitable for cholesterol testing, organic synthesis, and titration in academic, institutional, and industrial labs.
Lancer’s Glacial Acetic Acid L.R. Grade (500 ml) is ideal for lab use in synthesis, pH control, and general-purpose reactions across educational and industrial setups.
Phosphorous-free Activated Charcoal by Lancer, 500 g. Used for purification, filtration, and decolorization in lab-scale chemical processes and educational applications.
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