LACHLANCHE CELL POTS

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LACHLANCHE CELL POTS Specification

Power Supply
Not required

Control Type
Manual

Temperature Resistance
Up to 100C

Features
Chemical resistant, reusable, easy to clean

Accuracy
Depends on setup

Shape
Cylindrical

Type
Laboratory Cell Pot

Dimension (L*W*H)
Variable sizes (as per requirement)

Equipment Type
Electrochemical Cell Pot

Equipment Materials
Porcelain

Voltage
Depends on cell assembly (commonly 1.5V per cell)

Capacity (Ltr)
Typically 0.5 to 1.0 L

Inner Surface Finish
Smooth glazed

Reusable
Yes

Maximum Volume
Up to 1 liter

Electrode Fittings
Provision for carbon and zinc rods

Color
White

Compliance
Laboratory standard quality

Suitable for
Primary/secondary school and college labs

About LACHLANCHE CELL POTS

Spotlight the impeccable quality of LACHLANCHE CELL POTS, crafted in pristine white porcelain with a smooth glazed interior. These top-drawer cell pots feature immaculate chemical resistance and robust temperature resilience up to 100C. With sterling provision for both carbon and zinc electrode fittings, theyre perfect for laboratory setups in schools and colleges. Purchase these laboratory cell pots in variable sizes, tailored to suit your experimental requirements, and enjoy the convenience of a reusable, easy-to-clean product that conforms to laboratory standard qualityno power supply required. Designed and offered by trusted manufacturers, suppliers, and traders in India.

Versatile Laboratory Application and Competitive Advantages

LACHLANCHE CELL POTS are engineered for versatile use across primary, secondary, and university laboratories. Their chemically resistant, cylindrical design ensures seamless general and specific electrochemical experimentation. The immaculate inner finish and top-drawer porcelain provide durability and ease of cleaning. These pots offer a sterling advantage by being reusable and temperature-resistant, supporting a broad range of scientific processes while upholding laboratory standard quality. Experience reliable performance and adaptability for your experimental and educational needs.

Sample Accessibility, Certifications, and Order Completion Process

Samples of LACHLANCHE CELL POTS are available upon request, allowing confident evaluation before purchase. Backed by laboratory-standard certifications, these goods ensure sterling compliance and quality. Payment terms are structured for convenience, with clear quotations and streamlined order completion protocols. Reliable goods transport partners ensure safe and timely delivery across India. From quotation to final goods receipt, every aspect of the process is managed to meet the customers expectation of service and product integrity.

FAQs of LACHLANCHE CELL POTS:

Q: How are LACHLANCHE CELL POTS typically used in laboratory settings?

A: LACHLANCHE CELL POTS are primarily utilized in educational and research labs for electrochemical experiments, such as constructing simple cells for demonstrating basic principles of electricity and chemical reactions.

Q: What is the process for installing electrodes in these cell pots?

A: These pots are designed with dedicated fittings for carbon and zinc rods, making installation straightforwardsimply insert the designated electrodes into the provisions and assemble according to the experimental setup.

Q: When should I consider using a LACHLANCHE CELL POT over other electrochemical containers?

A: Opt for these immaculate pots when you require superior chemical resistance, easy cleaning, and temperature resilience, particularly in repeated educational demonstrations or routine laboratory applications.

Q: Where can I order and receive delivery of LACHLANCHE CELL POTS?

A: LACHLANCHE CELL POTS are supplied by manufacturers, traders, and suppliers throughout India, with goods transport ensuring safe delivery to most locations upon completion of order formalities.

Q: What are the primary benefits of choosing these laboratory cell pots?

A: Youll benefit from their top-drawer durability, standardized laboratory compliance, effortless maintenance, and their ability to be reused for multiple experiments, making them highly cost-effective and reliable.