It has the characteristics of a quick response as a potential reference, high non-polarity, and minimal degradation over time.
In electrochemical measurements using devices such as potentiostats, an important factor is the reference electrode that serves as the basis for the potential. Typically, solid electrodes such as saturated calomel electrodes and silver/silver chloride electrodes are used. While these offer the convenience of being ready for use as soon as they are immersed in the test solution, they also present several issues, including degradation and changes over time with prolonged use, the time required for potential recovery when current accidentally flows, and contamination of the test solution by the internal liquid. Additionally, the use of hazardous substances like mercury is not environmentally friendly. Particularly in catalyst research related to fuel cells, these reference electrodes are supposed to be recommended as the standard for the "hydrogen electrode," but there have not been many options that are easy to use until now. Our TFCL-type standard hydrogen electrode has been developed with "ease of use" in mind.
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basic information
1. It is a compact electrode approximately 7 cm in length and 13 mm in diameter. The size can be customized according to the order. 2. It can be made from materials such as Teflon, glass, acrylic resin, and polycarbonate resin. The Teflon version has a robust body, making it easy to disassemble and clean. 3. Hydrogen gas can be supplied in minimal amounts. It is also possible to stop the hydrogen gas supply during use. Furthermore, by generating and storing hydrogen internally through electrolysis, it can be used in laboratories where hydrogen preparation is not possible. 4. It provides standard potential at all temperatures.
Price range
P2
Delivery Time
P3
※Production will take place after the meeting regarding sizes and other details.
Applications/Examples of results
1. Essentials for electrochemical measurements using potentiostats and other equipment. 2. Can be designed and manufactured more easily and at a lower cost than products made by skilled glass artisans. 3. Robust and easy to clean.
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Company information
Tsukuba Fuel Cell Research Institute, Inc. is engaged in the development of new materials related to fuel cells (electrode catalysts, polymer electrolyte membranes, and others), as well as the development and sales of measurement and evaluation technologies. We have accumulated over 10 years of research and development, actively disseminating our results in the form of papers, books, and patents, including fuel cell material evaluation technologies, new electrode catalysts, polymer electrolyte material development technologies, and system development technologies. Please feel free to contact us if you have any inquiries.
