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With progressive performance over several years, the NextCell button cell has become a standard used by SOFC researchers around the world. It is used as a reference cell for the development of the device and the cathode, and for the calibration of the test device.
Single electrode button cells use Nexceris’ patent pending high strength, highly conductive HionicTM electrolyte support combined with the NextCellTManode system on one side.This gives researchers a perfect tool for testing anode systems on a very consistent platform. Single electrode button cells come in two standard support sizes, each with a 12.5 mm...
With progressive performance over several years, the NextCell button cell has become a standard used by SOFC researchers around the world. It is used as a reference cell for the development of the device and the cathode, and for the calibration of the test device.
Anode supported cells (ASCs) with the Ni-YSZ/YSZ/GDC/LSC is a great starting point for intermediate temperature (below 800°C) SOFC research and development. Using an ASC you receive an optimal balance of membrane and ionic function by using a very thin electrolyte. Note: The 20mm diameter are for each part of the round button cell, and each cell has an...
Anode supported bi-layers (AEB) are a great starting point for researchers wanting to work on low temperature cathode materials. The AEB offers a ceria interface for the cathode layer to prevent zirconate formation. Perfect for use with perovskite cathodes. (Minimum quantity: 5 units)
Anode supported bi-layers (AEB) are a great starting point for researchers wanting to work on low-temperature cathode materials. The AEB offers a ceria interface for the cathode layer to prevent zirconate formation.Perfect for use with perovskite cathodes. (Minimum quantity: 5 units)
Anode supported cells (ASCs) with the Ni-YSZ/YSZ/GDC/LSC is a great starting point for intermediate temperature (below 800°C) SOFC research and development. Using an ASC you receive an optimal balance of membrane and ionic function by using a very thin electrolyte. (Minimum quantity: 5 units)