Lycopodium Powder-Lancer

Lycopodium Powder-Lancer

Lycopodium Powder-Lancer

Lancer Lycopodium Powder is a fine, dry spore powder used in lab demonstrations, microscopy, and combustion studies. High-purity reagent-grade quality.

SKU eq1455 Category Brand:

Price range: ₹96.00 through ₹390.00

Specification Details
Product Name Lycopodium Powder – Lancer
Quantity/Pack Size 25 g / 50 g / 100 g (varies)
Brand Lancer
Form Fine Powder (Spores)
Grade Laboratory Reagent Grade
Application Demonstrations, microscopy, flame tests

Product Overview

Lancer Lycopodium Powder is a high-purity, fine spore powder derived from club moss (Lycopodium clavatum). Its hydrophobic, flammable, and ultra-fine nature makes it an excellent reagent for educational and experimental applications.

In academic settings, this powder is frequently used in physics and chemistry labs for demonstrating electrostatics, Brownian motion, and combustion reactions. Its vivid flame burst makes it popular in classroom fire demonstrations and physics projects.

For industrial use, lycopodium powder is valued for its uniform particle size and non-toxic properties. It’s applied in pyrotechnics, pharmaceutical dusting, and as a calibration particle in various imaging systems due to its uniformity and inert behavior.

In research and institutional labs, it is often utilized in microscopy for spore morphology studies, pollen simulation, and as a test material in airflow and filtration experiments. Its natural origin and fine consistency ensure dependable results across multiple disciplines.

FAQs

1. What is lycopodium powder used for in the lab?

It’s used in flame tests, microscopy, and electrostatic demonstrations.

2. Is this powder safe to handle?

Yes, it’s non-toxic but should be used with care due to its flammability.

3. Can lycopodium be used in classroom experiments?

Yes, it’s widely used in schools for visual science demonstrations.

4. How should it be stored for long-term use?

Keep in a dry, airtight container away from heat and open flames.

5. Is this suitable for microscopic analysis?

Yes, it’s ideal for studying spore structure and airborne particle behavior.

gm

100, 500

Lycopodium Powder-Lancer

Lycopodium Powder-Lancer

Price range: ₹96.00 through ₹390.00

Lancer Lycopodium Powder is a fine, dry spore powder used in lab demonstrations, microscopy, and combustion studies. High-purity reagent-grade quality.

SKU eq1455 Category Brand:
Specification Details
Product Name Lycopodium Powder – Lancer
Quantity/Pack Size 25 g / 50 g / 100 g (varies)
Brand Lancer
Form Fine Powder (Spores)
Grade Laboratory Reagent Grade
Application Demonstrations, microscopy, flame tests

Product Overview

Lancer Lycopodium Powder is a high-purity, fine spore powder derived from club moss (Lycopodium clavatum). Its hydrophobic, flammable, and ultra-fine nature makes it an excellent reagent for educational and experimental applications.

In academic settings, this powder is frequently used in physics and chemistry labs for demonstrating electrostatics, Brownian motion, and combustion reactions. Its vivid flame burst makes it popular in classroom fire demonstrations and physics projects.

For industrial use, lycopodium powder is valued for its uniform particle size and non-toxic properties. It’s applied in pyrotechnics, pharmaceutical dusting, and as a calibration particle in various imaging systems due to its uniformity and inert behavior.

In research and institutional labs, it is often utilized in microscopy for spore morphology studies, pollen simulation, and as a test material in airflow and filtration experiments. Its natural origin and fine consistency ensure dependable results across multiple disciplines.

FAQs

1. What is lycopodium powder used for in the lab?

It’s used in flame tests, microscopy, and electrostatic demonstrations.

2. Is this powder safe to handle?

Yes, it’s non-toxic but should be used with care due to its flammability.

3. Can lycopodium be used in classroom experiments?

Yes, it’s widely used in schools for visual science demonstrations.

4. How should it be stored for long-term use?

Keep in a dry, airtight container away from heat and open flames.

5. Is this suitable for microscopic analysis?

Yes, it’s ideal for studying spore structure and airborne particle behavior.

gm

100, 500

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