Our ceramic processing facilities have the capabilities to synthesize and test most different types of ceramics used in aerospace and naval industries. The lab contains over 10 different furnaces with capabilities ranging up to 1700°C in air and 1550°C in inert environments, as well as tube furnaces ranging from 1" to 8" diameter process tubes for both non-inert and inert testing and synthesis up to 1100°C. Most of our tube furnaces are also equipped with vacuum controls to vary the environment inside of the chambers. Our lab mainly focuses on carbon-carbon and silicon carbide-carbon CMCs, but in the past hafnium diboride, hafnium carbide, aluminum nitride, aluminum oxide, zinc oxide, tungsten carbide, tungsten oxide, manganese oxide, magnesium oxide, titanium nitride, titanium carbide, zirconium oxide, and zirconium carbide have been synthesized in our lab.

Big Blue (8" diameter, 1100°C, LP/AP Reactor) open for some fun repairs.

Big Blue in Science 1 - 1080

Vulcan (a small 1" diameter, 1100°C, AP tube furnace), setup with a liquid bubbler and gas tank.

Great White (a 3" diameter, 1100°C, LP tube furnace) set up for silicon carbide and our High Temperature Furnace (a 2" diameter, 1600°C, LP/AP tube furnace) set up with a solid precursor sublimation chamber for hafnium carbide.

"Hot Dog" Furnace (2" diameter, 1100°C, AP tube furnace) set up for solid precursor tungsten carbide carburizations.

Nabertherm 1700°C air-atmosphere box furnace.

Nabertherm tube furnace used for pyrolysis of compounds up to 1500°C in an inert environment.

Two of the smaller box furnaces that can reach 1500°C with air atmospheres.