Materials

Every one of the 115 substances in the world, with the numbers that decide how each behaves. Click a column to sort by it.

115 of 115

Material	Kind	Density	Conducts	Ignites	Melts or boils	Freezes or sets
Wall	Solid	255	30
Stone	Solid	255	85		185 °C
Sand	Powder	150	90		170 °C
Dirt	Powder	140	80
Grass	Powder	140	80
Water	Liquid	100	180		100 °C	0 °C
Ice	Solid	92	120		6 °C
Steam	Gas	8	5			45 °C
Fire	Gas	3	200		215 °C	100 °C
Plasma	Gas	1	255			120 °C
ColdFire	Gas	3	200		5 °C
LiqN2	Liquid	80	200		-25 °C
Mercury	Liquid	250	240		150 °C	-30 °C
HgVapour	Gas	20	20			130 °C
FrozenHg	Solid	255	240		-24 °C
Iron	Solid	220	255		200 °C
MoltIron	Liquid	215	255			160 °C
Copper	Solid	224	255		175 °C
MoltCopp	Liquid	218	255			140 °C
Graph	Solid	190	255
Lava	Liquid	200	120			100 °C
Wood	Solid	150	70	80 °C
Rubber	Solid	150	12		100 °C
MoltRub	Liquid	115	12			65 °C
Clone	Solid	255	40
Void	Solid	255	40
Heater	Solid	255	200
Cooler	Solid	255	200
Lamp	Solid	255	6
Torch	Solid	255	6
CuOre	Powder	168	100		165 °C
FeOre	Powder	170	100		190 °C
MoltSlag	Liquid	190	110			120 °C
Slag	Solid	255	60
Clay	Powder	145	70		120 °C
Ceramic	Solid	255	18
Coal	Powder	130	40	90 °C
Ember	Solid	255	220		213 °C	70 °C
Fuel	Liquid	160	45	135 °C
FuelFire	Solid	255	255			95 °C
Door	Solid	255	12
Open Door	Solid	255	12
Rope	Solid	255	14	90 °C
Platform	Solid	255	14	90 °C
Oak Seed	Powder	120	12	95 °C
Oak Sapling	Solid	255	12	85 °C
Oak Leaves	Solid	255	10	80 °C
Oak Seed Pod	Solid	255	10	80 °C
Birch Seed	Powder	120	12	95 °C
Birch Sapling	Solid	255	12	85 °C
Birch Wood	Solid	255	14	90 °C
Birch Leaves	Solid	255	10	80 °C
Birch Seed Pod	Solid	255	10	80 °C
Stalk	Solid	255	9	70 °C
Dry Stalk	Solid	255	9	65 °C
Wheat Seed	Powder	110	10	90 °C
Wheat	Solid	255	10	70 °C
Flax Seed	Powder	110	10	90 °C
Flax	Solid	255	10	70 °C
Cotton Seed	Powder	110	10	90 °C
Cotton	Solid	255	10	60 °C
Device	Solid	255	200
Aluminum Nitride	Solid	255	255
Bench	Solid	255	60
Anvil	Solid	255	200
ChemStn	Solid	255	40
Assembly	Solid	255	100
GlasMelt	Liquid	190	80			130 °C
Glass	Solid	255	30
TinOre	Powder	165	100		120 °C
Tin	Solid	210	230		130 °C
TinMelt	Liquid	205	230			105 °C
BrnzMelt	Liquid	222	255			150 °C
Bronze	Solid	226	255		185 °C
SteelMlt	Liquid	230	255			170 °C
Steel	Solid	235	255		210 °C
Acid	Liquid	95	40		70 °C
AcidGas	Gas	10	5			45 °C
GoldOre	Powder	175	100		160 °C
Gold	Solid	240	255		150 °C
GoldMelt	Liquid	236	255			120 °C
TiOre	Powder	180	110		208 °C
Titanium	Solid	215	150		205 °C
TiMelt	Liquid	210	150			175 °C
WOre	Powder	195	120		211 °C
Tungsten	Solid	255	200		213 °C
WMelt	Liquid	250	200			195 °C
Refract	Solid	240	4
Stratum	Solid	255	30
Forge	Solid	255	40
Spring	Solid	255	26
Chitin	Powder	90	14	120 °C
Glowfluid	Liquid	140	150
Sieve	Solid	255	4
GasSieve	Solid	255	4
Wax	Liquid	104	55
Inert Fluid	Liquid	100	180
Flower	Solid	30	10	65 °C
Beeswax	Solid	96	70	105 °C	60 °C
Molten Beeswax	Liquid	94	60	105 °C		25 °C
Honey	Liquid	138	90
Coal Wax	Solid	100	70		78 °C
Coal Honey	Liquid	142	90		72 °C
Wax Ember	Solid	255	180			50 °C
Web	Solid	255	110	60 °C
Brimstone	Solid	150	80	140 °C
Brimfire	Solid	255	210			80 °C
Ash	Powder	90	40
Fumarole	Solid	255	180
Wood Ember	Solid	255	120
Flower Seed	Powder	120	12	85 °C
Coke	Powder	190	70	150 °C
Coke Ember	Solid	255	255			95 °C
Coke Gas	Gas	8	25	145 °C
Cinderling Ember	Solid	255	255			95 °C

Density is relative: a heavier material sinks through a lighter one, and a gas rises through anything denser than itself. Conductivity is how readily heat crosses INTO a material, which is why an iron wall cooks what is behind it and a refractory one does not.