Thermal Conductivity:
9.46
Transitions
![Super Coolant Super Coolant](/assets/elements/solidsupercoolant-9e8ccfc405a96a018b6f475f8ec86ac058a3f027c39cdd3194d5ed7b3cc6f839.png)
Super Coolant
2
![Super Coolant Super Coolant](/assets/elements/supercoolant-6e08a96b666e2bc32f86fb37412a64a9bf4384d3a6118d6c367c4e99fff1272e.png)
Super Coolant
Member of group
Description
Super Coolant is an industrial grade Fullerene coolant.
This selection is in a Solid state.
- Thermal conductivity is how quickly heat moves through the element as a medium. You would want low conductivity when insulating your base, but high conductivity when transferring heat to be deleted.
- Heat capacity is how much energy is required to raise the temperature of the element by 1 degree. Some elements like water need lots of energy to be heated, others like metals, need much less.
- High temp & Low temp relate to when the material will transition into another material/state. Note that in order to actually transition up the temperature must be 2 degrees higher than the figure shown. E.g. Water becomes steam at 99.35+2 C. Similarly to transition down, the temperature must be 2 degrees below the transition temp. This prevents elements from jumping constantly between states.
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