Microbial Fuel Cell Testing Kit

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Microbial Fuel Cell Testing Kit Specification

Product Type
Hands-on laboratory testing kit

Material
Acrylic, plastic, metal electrodes, wiring

Shape
Rectangular kit with cylindrical fuel cells

Application
Educational and experimental use for demonstrating microbial fuel cell technology and generating electricity from microbes

Dimension (L*W*H)
Approx. 20 cm x 15 cm x 10 cm

Color
Transparent with blue/cyan connectors

Reusability
Yes, Multiple Uses

Electrode Material
Platinum Coated Metal

Salt Bridge
Pre-filled Agar Gel

Number of Chambers
2 (Anode and Cathode)

Cleaning Instructions
Disassemble and rinse with distilled water after use

Included Accessories
Measuring Cables, Manual, Sample Nutrient Medium

Safety
Non-Toxic Materials

Operational Temperature
Room Temperature (15C 30C)

Connector Type
Banana Plug Sockets

Power Output Range
Up to 0.8V (Depending on Microbial Source)

Compatible Organisms
Suitable for Various Microbes (e.g., Bakers Yeast, Soil Bacteria)

Microbial Fuel Cell Testing Kit Trade Information

Delivery Time
15 Days

Main Domestic Market
All India

About Microbial Fuel Cell Testing Kit

Secure an illustrious deal on our Microbial Fuel Cell Testing Kitan acclaimed bargain designed for supreme educational and experimental applications. With platinum-coated metal electrodes and dual chambers, this decorated kit offers a complete setup, including a pre-filled agar gel salt bridge and easy banana plug sockets, making your experiments seamless. Suited for a variety of microbes, the reusable kit promises up to 0.8V power output. Buy today for a premium experiencecomplete with accessories, clear safety assurance, and robust reusability for multiple scientific demonstrations.

Versatile Educational Kit for Microbial Fuel Cell Experiments

The Microbial Fuel Cell Testing Kit is expertly used for exploring electricity generation from microbes in various academic and research settings. Special features include a platinum-coated electrode, pre-filled agar gel salt bridge, and transparent design with blue/cyan connectors for clarity. Ideal for teaching or independent study, users can observe real-time power output and microbial processes. Applications span school labs, science fairs, and outreach, making this kit a valued resource for hands-on learning and STEM demonstration.

Reliable Supply, Premium Quality & Export-Ready Services

Our Microbial Fuel Cell Testing Kit is available for timely national and export market delivery, ensuring continuity for educators and distributors. Boasting premium build quality, the kit meets stringent safety certifications for non-toxic materials and operational reliability. With a steady supply ability, swift exchange, and support from reputable distributor and supplier channels across the United States, customers can expect prompt order processing and dependable after-sales assistance, enhancing every collaborative or classroom experience.

FAQs of Microbial Fuel Cell Testing Kit:

Q: How do I set up the Microbial Fuel Cell Testing Kit for initial use?

A: Begin by assembling the chambers with the provided platinum-coated electrodes, connect the measuring cables to the banana plug sockets, and add your selected microbe and nutrient medium before starting measurements.

Q: What types of microbes can be used with this testing kit?

A: The kit is compatible with various microorganisms, such as bakers yeast and soil bacteria, allowing for diverse biological fuel cell experiments.

Q: Where can this kit be applied for educational purposes?

A: It is suitable for science classrooms, university labs, science fairs, and demonstration events where illustrating microbial fuel cell technology is the focus.

Q: What is the cleaning process after an experiment?

A: After use, simply disassemble the kit and rinse the parts with distilled water to maintain optimal performance and reusability.

Q: What are the main benefits of using this decorated kit in experiments?

A: The kit promotes hands-on STEM learning, demonstrates sustainable energy concepts, and encourages curiosity through its robust, reusable, and easy-to-use design.

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