Cryogel
| Cryogel | |||||||
|---|---|---|---|---|---|---|---|
 | |||||||
| Properties | |||||||
| Type | Liquid | ||||||
| Difficulty of Production | Medium | ||||||
| Exists in Reality | Kind of real | ||||||
| Can Be Placed | No | ||||||
| Temperature | -170°C | ||||||
| Renewable? | No | ||||||
| Tooltip | |||||||
| Cryogel -170°C [Liquid] [Viscous] Hbm's Nuclear Tech | |||||||
| Warnings | |||||||
| |||||||
Cryogel is a light-blue, viscous liquid and a strong cryogen. Its temperature is -170°C or roughly -274°F.
Production
Cryogel can be made In either a chemical plant or an industrial mixer.
| Inputs | Recipe |
|---|---|
| Chemistry Template: Cryogel Mixing
Production Time: 2.5 seconds Inputs: Cryo Powder, Coolant Produces: Cryogel |
 1,800mB    2,000mB |
The same recipe can be used in the industrial mixer, using the same amount of coolant and cryo powder.
Uses
- DFC emitters as well as receivers need to be cooled with cryogel in order to not overheat and melt (consumes 20 mB/t).
- RBMK coolers use cryogel to keep themselves below 750°C (consumes 1 mB per °C cooled).
Gallery
-
A cryogel tank
