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MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml)
MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml)
MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml)
MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml)
MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml)
New product design with high cleanliness and reliable quality for optimal performance.
MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml)
Item #: 34889972

MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml)

Item #: 34889972

AUD 160

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*All items will import from US

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What Stands Out

Innovative Design
The MFC Microbial Fuel Cell Box utilizes advanced microchemical technology to enhance energy generation, providing a sustainable alternative for battery applications and promoting environmentally-friendly energy solutions.
Versatile Applications
Engineered for use with Zinc-Air and Aluminum-Air batteries, this unit offers flexibility, making it ideal for both hobbyists and researchers exploring cutting-edge alternatives to traditional energy sources.
Compact Size
With its 28ml capacity, the compact design optimizes efficiency and space, allowing easy integration into various projects while ensuring powerful performance in microbial energy production.

Product Details

Shop MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery (28ml) online at a best price in Kiribati. B07TLY92LR
  • The side of 28 ml MFC reactor is solid plate. 50 ml and 100 ml sides are optical glass
  • New product design. Imported CNC Machining Center is adopted to ensure stable and reliable quality. Inner chamber has high cleanliness, good light transmission and easy cleaning.
  • Absorbing the experience of the past, the new design opens the mold to make the special cushion. Avoid leakage completely in use. The problem of not easy to install.
  • The installation and disassembly of high-priced butterfly nut is more convenient and quick. Thread materials are of high quality 304.
  • Two 10mm holes on the top of a simple standard chamber. One 1mm, the hole size will be erroneous.
Item Weight1.5 lbs (680 grams)

Dangerous Goods

To avoid the delay in customs clearance process for Dangerous Goods, the shipment shall be opened at our warehouse facility to check the severity of hazardous components. Please see the list of Dangerous goods here.

Product Technical Details

Manufacturer‎Futt
Size‎28ml
Material‎ABS
Power Source‎Battery Powered

Who Should Buy?

Suitable For
  • Research Institutions

    Ideal for labs conducting microbial energy research and exploring new battery technologies using zinc-air and aluminum-air systems.

  • Environmental Scientists

    Useful for scientists studying the applications of microbial fuel cells in waste treatment and renewable energy generation methods.

  • Hobbyists and Innovators

    Perfect for DIY enthusiasts or innovators interested in experimenting with microbial electrochemical systems in battery applications.

Not Suitable For
  • Casual Users

    Not suitable for individuals looking for a simple battery replacement without technical knowledge or specialized application needs.

  • Commercial Production

    May not meet requirements for large-scale commercial applications due to size and limited capacity of the technology.

  • Cost-Sensitive Buyers

    Prone to disappointment for consumers who are highly focused on affordability rather than functionality for experimental purposes.

Product Description

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is an MFC Microbial Fuel Cell?

    Answer: An MFC Microbial Fuel Cell utilizes microorganisms to convert organic substrates directly into electrical energy. This process occurs through the metabolic activities of bacteria that break down organic matter, leading to electricity generation. Not only is this technology sustainable, but it also provides a way to harness renewable energy from waste materials, making it ideal for environmentally conscious projects. You can use it in various applications, including powering small devices or educational projects that demonstrate renewable energy concepts.
  • Question: How does the Microchemical Electrolytic Cell work?

    Answer: The Microchemical Electrolytic Cell operates by using electrolytes to facilitate chemical reactions that convert stored chemical energy into electrical energy. In this setup, zinc and aluminum are commonly used as anode materials, while the electrolytic solution promotes efficient energy transfer. Ideal for experiments in electrochemistry, this cell can also be applied in developing small prototype batteries for educational or research purposes. Users can explore practical scenarios such as testing battery efficiency under different conditions or exploring electric energy storage systems.
  • Question: What applications are suitable for the 28ml Microbial Fuel Cell Box?

    Answer: The 28ml MFC Microbial Fuel Cell Box can be utilized in a variety of applications including educational demonstrations, research experiments, and DIY projects. Its compact size makes it ideal for classroom setups where students learn about renewable energy and microbiology. Additionally, the cell can serve in experiments focusing on waste-to-energy conversions, showcasing the practicalities of bioenergy. For hobbyists, this setup provides a hands-on opportunity to explore sustainable energy solutions and create functional batteries from organic waste.
  • Question: Is the MFC Microbial Fuel Cell Box environmentally friendly?

    Answer: Yes, the MFC Microbial Fuel Cell Box is an environmentally friendly option since it relies on microorganisms and organic substrates to generate energy. This process reduces dependency on fossil fuels and promotes waste recycling, aligning with green technology initiatives. This aspect makes it a perfect fit for educational projects focused on sustainability, as it allows students and researchers to engage in practical experiments that support eco-friendly practices. By using organic waste, users can also significantly diminish landfill contributions while producing energy.
  • Question: Can I use the MFC Microbial Fuel Cell Box for commercial purposes?

    Answer: While the MFC Microbial Fuel Cell Box is primarily designed for educational and experimental use, it can be adapted for small-scale commercial applications. For instance, entrepreneurs exploring niche markets related to sustainable energy can use it as a prototype to demonstrate the feasibility of microbial fuel cells in real-world situations. This experimentation can foster innovation and help pave the way for larger-scale energy solutions based on microbial technologies. Consider integrating it into projects aiming to promote renewable energy solutions in your community.
  • Question: What materials do I need to use with the MFC Microbial Fuel Cell?

    Answer: To effectively use the MFC Microbial Fuel Cell, you will require some essential materials such as organic substrates (like fruit waste or other biodegradable materials), electrodes (zinc and aluminum), and an appropriate electrolyte solution. Additionally, lab equipment such as beakers for mixing and measuring components may be necessary for precise experimentation. This setup allows users to explore various organic materials' effectiveness in energy conversion and actively engage in discussions about waste-to-energy technologies.
  • Question: What are the benefits of zinc-air and aluminum-air batteries?

    Answer: Zinc-air and aluminum-air batteries offer several advantages, including high energy density, lightweight construction, and environmental friendliness. These batteries generate power through the oxidation of zinc or aluminum with oxygen, leading to sustainable energy production with less environmental impact compared to conventional batteries. They are particularly suitable for use in small electronic devices or as backup power sources. Enthusiasts can experiment with these batteries to understand their efficiency and performance for various applications, from personal gadgets to larger scale energy systems.
  • Question: Who can benefit from using the MFC Microbial Fuel Cell Box?

    Answer: Students, teachers, researchers, and hobbyists can all benefit from using the MFC Microbial Fuel Cell Box. For educators, it's a hands-on tool to illustrate concepts of microbiology and renewable energy in a classroom setting. Researchers can explore various aspects of bioenergy and waste treatment through experimentation. Hobbyists and DIY enthusiasts may find it a fascinating project that combines science and engineering, paving the way for innovations in sustainable energy solutions. Each user group can gain valuable insights and practical experience in renewable energy technologies.
  • Question: Where can I buy MFC Microbial Fuel Cell Box Microchemical Electrolytic Cell for Zinc-Air-Aluminum-Air Battery 28ml in Kiribati?

    Answer: You can buy the MFC Microbial Fuel Cell Box on Ubuy, a trusted platform that offers a wide selection of products. Ubuy provides access to various electronic components and devices, including the MFC Microbial Fuel Cell Box, making it easy to find and purchase this innovative technology. By shopping on Ubuy, you can ensure that you are getting quality products that cater to your needs, whether for education, experimentation, or hobby projects.

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Pros

  • Eco-friendly energy solution
  • High efficiency in energy conversion
  • Compact and portable design
  • Easy to assemble and use
  • Durable materials for longevity

Cons

  • Limited color options available

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