LECLANCHE CELL POT

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LECLANCHE CELL POT Specification

Temperature Resistance
Suitable for room temperature operation

Accuracy
Standard for electrochemical cell

Shape
Cylindrical

Control Type
Manual filling and assembly

Type
Leclanche Cell Pot

Dimension (L*W*H)
Approx. 65 mm (D) x 160 mm (H)

Equipment Type
Electrochemical Cell Vessel

Equipment Materials
Porous Ceramic, Carbon, Zinc

Application
Teaching, Laboratory Demonstrations, Physics Experiments

Capacity (Ltr)
Approx. 0.5 L

Chemical Compatibility
Suitable for ammonium chloride and manganese dioxide

Safe Handling
Handle with care due to fragility

Electrode Compatibility
Fits standard carbon and zinc rods

Porosity Type
Fine pores for controlled electrolyte flow

Outer Finish
Unglazed ceramic surface

Maintenance
Rinse after use, air dry

Educational Standard
Meets practical demonstration requirements

Packing Type
Individual Packing

Reusable
Yes, with care

Compliance
Standard labware quality

Sealing
Open top, can be closed with wax/stoppers

Inner Compartment
Hollow for reactant placement

About LECLANCHE CELL POT

LECLANCHE CELL POT

Blown in polypropylene, this pot is used for making leclanche cell. This pot too has very good contact clarity & excellent chemical resistance.

Material : Polypropylene

*CODE NO.*	*PARTICULARS*	*PACKING (Pcs)*
82102	Leclanche Cell Pot	12

Ideal for Educational and Laboratory Use

LECLANCHE CELL POT is engineered to meet the practical requirements of teaching, laboratory demonstrations, and physics experiments. Its fine ceramic porosity offers precision and reliability, making it suitable for demonstrating classic electrochemical reactions. Its robust construction and compliance with common laboratory standards ensure safety and durability in a variety of educational settings.

Easy Handling and Maintenance

Handling the Leclanche Cell Pot is straightforward but requires care due to its ceramic fragility. Post-use maintenance is simplejust rinse thoroughly and allow it to air dry. With proper cleaning, the pot remains reusable for multiple experiments, ensuring cost-effectiveness over time.

FAQs of LECLANCHE CELL POT:

Q: How is the LECLANCHE CELL POT used in laboratory experiments?

A: The pot is primarily used as a vessel for electrochemical cell demonstrations. Fill the inner compartment with required reactants such as ammonium chloride and manganese dioxide, insert standard carbon and zinc electrodes, and seal the open top if necessary. The fine porous ceramic controls electrolyte flow to facilitate efficient electrochemical reactions.

Q: What makes the LECLANCHE CELL POT suitable for educational purposes?

A: Its design meets practical demonstration requirements, with fine porosity and compatibility with standard electrodes, making it an excellent tool for illustrating fundamental principles in electrochemistry during physics or chemistry lessons.

Q: When should the LECLANCHE CELL POT be cleaned and how?

A: It is best to clean the cell pot immediately after each use. Simply rinse the pot with water to remove any residual chemicals and then allow it to air dry. This ensures longevity and prevents contamination in subsequent experiments.

Q: Where is the LECLANCHE CELL POT manufactured and supplied from?

A: The cell pot is manufactured, supplied, and traded in India, meeting standard laboratory quality and compliance for educational and research institutions.

Q: What chemicals can be safely used with the LECLANCHE CELL POT?

A: The cell pot is chemically compatible with reactants commonly used in Leclanch cells, specifically ammonium chloride and manganese dioxide, ensuring safe and effective operation within designed parameters.

Q: What is the benefit of the ceramics fine porosity in the LECLANCHE CELL POT?

A: Fine porosity in the ceramic allows for controlled electrolyte movement, which is essential for consistent and efficient electrochemical reactions within the cell, providing reliable results in educational experiments.

Q: Is the LECLANCHE CELL POT reusable, and what precautions should be taken?

A: Yes, the pot is reusable if handled with care. Always rinse and dry it after use, and avoid accidental impacts due to its fragility. Sealing the open top with wax or a stopper during experiments can also help preserve its condition.

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