Kiln Furniture for Solid Oxide Fuel Cell (SOFC) Production 

Do your plates retain their shape and purity when firing solid oxide fuel cells?

When firing at high temperatures, the material flatness, purity, thermal, and creep resistance properties of your kiln furniture remain critical to produce a consistent product. Saint-Gobain offers highly tailored materials for the production of solid oxide fuel cells.

As an industry leader in the development of innovative refractory materials, Saint-Gobain produces low-mass kiln furniture and plates that are thinner, lighter and significantly stronger than traditional kiln furniture. 

Developed to meet the demand for improved energy efficiencies in high temperature applications, LO-MASS® systems from Saint-Gobain minimize mass while maximizing strength, resulting in greater kiln capacity and reduced firing cycles. The uniform heat distribution also produces a more consistent product.

Plates made from Crystar® recrystallized silicon carbide or silicon carbide with oxide coatings offer high strength and creep resistance, as well as flexible shaping capabilities.

When higher purity is required, the Alundum® and Alundex®  alumina, mullite, zirconia product portfolio offers high strength, creep resistance, chemical compatibility and controlled porosity. Norfoam® ceramic foams also can be used as a creep resistant barrier layer.

LO-MASS® components increase productivity while reducing energy consumption.

In addition to offering increased strength and output, LO-MASS® components provide the sustainability every company wants. Saint-Gobain is the industry leader in the development of silicon carbide materials, which are resistant to oxidation at higher temperatures.

Saint-Gobain engineers provide a proprietary KilnWorks® customized software analysis to design and develop kiln furniture that is ideal for your application.