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This article has not been revised for the current version (U51-600112). It was last updated for LU-356355. It may contain inaccuracies. |
Insulite (not to be confused with 
Insulated Tile) is an advanced building material to prevent heat transfer in the base.
Usage[ | ]
Tiles made out of Insulite are equivalent to natural Abyssalite, while Insulated Tiles are even better.
Due to naturally low Thermal Conductivity (already 620 times lower than "insulated" ceramic, and hundreds times lower of any closest material), using regular pipes and tiles might seem more economical.
However, the mechanics of Thermal Conductivity for regular tiles and pipes and those for insulated ones are significantly different. In particular, for regular tiles and pipes, the thermal conductivity of the heat transfer is the average of the conductivities of the materials involved, meaning that Insulite will not do much if the other material is highly conductive.
On the other hand, Insulated tiles and pipes only allow heat transfer according to their thermal conductivity, meaning that Insulated Tiles and Pipes will slow down heat transfer better than Abyssalite seams would. That said, Insulated Tiles and Pipes made from Insulite would effectively lock down any heat transfer.
Production[ | ]
- Molecular Forge can produce Insulite from Abyssalite and Isoresin.
- 15 kg Isoresin + 80 kg Abyssalite + 5 Reed Fiber = 100 kg Insulite.
Properties[ | ]
Melting Insulite will turn it into Liquid Tungsten (85% mass) and Sour Gas (15% mass).
History[ | ]
- SI-290148: introduced as Insulation
- U51-596100: renamed to Insulite
See Also[ | ]
- Vacuum - when you want to have absolutely perfect heat insulation or ignore container's materials.
