The resulting foam structure has a high void volume, large surface area, and low flow resistance. It is also lightweight, strong, fracture and thermal shock resistant, and both electrically and thermally conductive. This contrasts strongly with other ceramic foams which are usually relatively fragile and non-conductive. ERG has been supplying Duocel SiC foam for aerospace, defense, and industrial applications since 1980 and has experience with a wide variety of foam applications. Duocel Silicon Carbide can operate effectively up to 2200°C, which makes it suitable for a number of high temperature applications including but not limited to heat exchangers, filters, composite panels, and heat shielding. SiC can endure the extreme conditions that one would expect from solid ceramic materials but at a fraction of the weight.

SiC foam can be used for its fluid flow properties in the etching and deposition stage of semiconductor manufacturing.

Much like RVC foam, Silicon Carbide can be used in electrochemical processes that require low electrical and fluid flow resistance. SiC supplements its strength in this type of application with its increased ability to withstand extreme conditions.

SiC foam can be used in rockets in a multitude of ways, including in the nozzle component where it will be subjected to the exhaust gases that emerge from the motor. As with many other applications, the foam serves two functions, both filtering particulate matter from the exhaust and cooling it as it leaves the rocket.

Silicon Carbide can be used in composite panels and heat shielding elements in many of the same applications that one could expect solid ceramic material to be used.