Microbial Fuel Cell (MFC) Reactor, H-Type Microbial Fuel Cell Biochemical Cell Reactor (Single Room 50ml)

Our microbial fuel reactor is made of high-purity borosilicate glass, which is the core advantage that distinguishes it from ordinary glass reactors. Borosilicate glass has excellent chemical corrosion resistance, which can perfectly adapt to various reaction systems such as domestic sewage, industrial organic wastewater (food, fermentation, papermaking wastewater) and organic substrates. During long-term operation, it will not dissolve harmful substances, nor will it pollute the microbial community, ensuring the authenticity and accuracy of your experimental data (such as power generation efficiency, COD degradation rate). The full transparent design is another highlight of this product. The high light transmittance of borosilicate glass allows you to clearly observe the entire reaction process in real time: the growth state of electroactive microorganisms (such as Shewanella, Geobacter) on the electrode, the generation and release of bubbles during the reaction, and the color change of the reaction solution. This is very convenient for experimental recording, data statistics and teaching demonstration, helping you better grasp the reaction mechanism of microbial fuel cells. Safety and durability are our top priorities. The borosilicate glass material has excellent thermal stability, can withstand sudden temperature changes (thermal shock resistance) and high-temperature sterilization, which is fully in line with the daily disinfection and use needs of laboratories. It is not easy to burst even in long-term temperature-controlled experiments, providing a safe operating environment for researchers and teachers. In terms of usability, this reactor has superior biocompatibility. The pure and smooth glass surface will not interfere with the metabolism of electroactive microorganisms, nor will it affect the efficiency of extracellular electron transfer, ensuring the stability of the MFC system. At the same time, the smooth surface is easy to clean, not easy to hang wall or retain residues, and can be reused after simple cleaning, effectively reducing your experimental cost. This microbial fuel reactor is widely applicable to various scenarios: it can be used for microbial electrochemistry research in scientific research institutions, small-scale tests of wastewater treatment technology, MFC principle teaching in colleges and universities, and the construction of micro MFC devices. It is compatible with various organic substrates and electrode materials, and can meet your different experimental needs. We are committed to providing high-quality experimental equipment for scientific research and teaching. This high borosilicate glass microbial fuel reactor has passed strict quality inspection, with stable performance and reliable quality. If you have any questions about the product size, use method or customization, please feel free to contact us, and we will provide you with professional after-sales service.

• Premium Borosilicate Glass Material: Made of high-quality borosilicate glass, which is corrosion-resistant to acids, alkalis and organic solvents, ensuring no dissolution or contamination of microorganisms during long-term operation, and maintaining the accuracy of power generation and degradation data.
• Full Transparent Visualization: High light transmittance and no impurities, allowing real-time observation of microbial biofilm growth, bubble generation and liquid reaction status, which is convenient for experimental recording, data collection and teaching demonstration.
• Excellent Thermal Stability & Safety: Resistant to thermal shock, can withstand high-temperature sterilization, not easy to burst during temperature-controlled experiments, providing safe operation for laboratory use.
• Superior Biocompatibility: Pure material and smooth surface, will not interfere with microbial metabolism or affect the efficiency of extracellular electron transfer; easy to clean, not easy to hang on the wall, and can be reused many times, reducing experimental costs.
• Perfect for Lab & Small-Scale Tests: Designed for microbial electrochemical research, wastewater treatment small-scale tests, college teaching and MFC device construction, compatible with various organic substrates (sewage, biomass, etc.).