[member="Kami Meran"]
I'm going to go ahead and assume you're working with Omegium.
From an engineering standpoint, it works well as a reactor housing or a container for hazardous materials.
You could make an alloy out of it.
If you pair it with Ostrine, you have a material that could possibly absorb both heat and radiation to the point of leeching both from the environment around it.
Pair it with Cortosis and you get a material that holds an impressive electrical charge.
Alternatively, you could strip it down and make carbon-nanotubes out of Omegium and implant those into another material.
The carbon nanotube structures would reinforce and strengthen the other material and imbue that other material with increased durability and radiation absorbing/thermal spreading properties. Also, the carbon nanotube structures would be the way to get around the inherently brittle nature of Omegium.