fuelcellmaterials.com offers a wide range of products for your research needs today and your commercialization tomorrow. fuelcellmaterials.com is unique in providing individualized service to the research market, combined with pilot and commercial scale powder production capabilities. Production levels for our product lines can scale from 150 grams batches to beyond tons per year. It is our goal to provide materials solution throughout the commercialization cycle, contact our experts today to learn how we can help accelerate your development process with our consistent, high performance products.

To serve the research market, fuelcellmaterials.com has developed a range of highly reliable and reproducible materials that provide the assurance that experimental results represent the state of the art in SOFC development. Kilogram quantities of all standard materials are in-stock and can be delivered overnight if needed.

Custom Materials - fuelcellmaterials.com can also provide specially-modified versions to our standard product line, including custom formulations and tailored physical specifications (such as particle size distribution and surface area). Our team of experts will work with you to provide materials tailored to your research goals and needs, providing consistent processes and characterization to support your experimental program. If you do not see the product or the product specifications you require , please visit our new Custom Materials Request Page to submit your request and to learn more about our capabilities to fulfill your custom needs. Custom products are typically delivered within four to six weeks of ordering.

Choose from the product categories below to find materials solutions for your SOFC research and development program.

	Anodes fuelcellmaterials.com offers composite anode formulations for SOFCs, based on nickel oxide and electrolyte mixtures. fuelcellmaterials offers both doped ceria and stabilized zirconia based anodes, based on our experience in cell development.. Pre-formulated anode powder mixtures save processing time and assures batch-to-batch reproducibility, as the source powders and final products are carefully characterized prior to acceptance and delivery to you. General applications for our anode materials include: anode deposition by screen printing, painting or aerosol deposition on electrolyte-supported and cathode-supported SOFCs, and the development of support structures for anode-supported, thin film electrolyte SOFCs.
	Cathodes fuelcellmaterials.com offers two phase-pure perovskite cathode powders as well as a range of different composite cathodes. Cathode powders are available in lot sizes from 150 grams to >25 Kg. All cathode powders are available in screen printable inks; please visit or Pastes and Inks page for more information. Our processes for fabricating composite cathodes maximize the dispersion of the electrolyte and cathode phases, enabling greater catalytic activity than can be achieved through simple mixing.
	Electrolytes fuelcellmaterials.com offers many different ceria and zirconia-based electrolytes with a range of surface area values, compositions, and physical properties for your process and operating conditions. Ceramic forming processes require specific materials for successful implementation—our team can speed your development with the right material for the right application.
	Nanoscale Electrolytes fuelcellmaterials.com offers a number of electrolytes in an extremely high surface area (100-200 m2/g) form. These high-surface area materials can be used for colloidal deposition processes or as an additive to conventional materials to boost sinterability or performance. The nanoscale electrolytes offered by fuelcellmaterials.com offer truly nanocrystaline (5-10 nm) zirconia and ceria-based electrolyte materials.
	Pastes & Inks fuelcellmaterials.com offers screen printing cathode inks, contact inks and precious metal pastes. Through advancements in manufacturing processing we offer both research and full scale production level quantities.
	Premium Powders Through advancements in our manufacturing process we have developed a new grade of powders that has improved our reliability and reproducibility. These powders are tailored for lower processing temperatures and have enhanced sinterablilty characteristics. Premium Powders include the most complete materials characterization available, including analyses of powder physical properties, crystallographic structure, sintering performance and electrical conductivity.