Below is a table of all elements in Oxygen Not Included. Click headers to sort the table and click images to see further details.

Name	State	Heat Trans	Heat Cap	%+	+	Temp Low	Temp High
Crushed Ice		2.18	2.05				272.5
Diamond		80	0.516	100	200		4200
Isoresin		0.17	1.3				473.15
Sucrose		0.15	1.255				459
Algae		2	0.2				398.15
Niobium		54	0.265	50	500		2750
Copper Ore		4.5	0.386	10			1357
Copper		60	0.385	20	50		1357
Crushed Rock		2	0.2				1683
Insulation		0	5.57				3895
Brine Ice		2.18	3.4				256.65
Visco-Gel		0.45	1.55				242.5
Ceramic		0.62	0.84	20	200		2123
Cobalt Ore		4	0.42				1768
Fertilizer		2	0.83				398.15
Crude Oil		2	1.69				233
Wolframite		15	0.134				3200
Slime		2	0.2				398.15
Plastic		0.15	1.92				433
Naphtha		0.2	2.191				223
Tungsten		60	0.134		50		3695
Refined Carbon		3.1	1.74		900		4600
Steel		54	0.49		200		2700
Phosphorite		2	0.15				517
Hydrogen		1	2.4				14
Bleach Stone		4	0.5				942
Lead		35	0.128		-20		600.65
Sulfur		0.2	0.7				388.35
Lime		2	0.834				1330
Chlorine		0.75	0.48				172.17
Solid Nuclear Waste		6	7.44				300
Obsidian		2	0.2		15		3000
Petroleum		2	1.76				216
Super Coolant		9.46	8.44				2
Igneous Rock		2	1		15		1683
Enriched Uranium		20	1				1132
Gold		60	0.129	50	50		1337
Rust		4	0.449				1808
Corium		6	7.44				900
Phosphorus		0.236	0.7697				317.3
Granite		3.39	0.79	20	15		942
Radium		20	1				1233
Electrum		2	0.15				1337
Carbon Dioxide		1.46	0.846				216.6
Cobalt		100	0.42				1768
Uranium Ore		20	1				406
Propane		1	2.4				85
Aluminum Ore		20.5	0.91				1357
Sedimentary Rock		2	0.2				1200
Fullerene		50	0.95				4200
Gold Amalgam		2	0.15	10	50		1337
Salt		0.444	0.7				1073
Sand		2	0.83				1986
Snow		0.545	2.05				272.5
Sandstone		2.9	0.8	10			1200
Glass		1.11	0.84				1700
Clay		2	0.92				1200
Polluted Dirt		2	0.83		-10		1986
Ice		2.18	2.05				272.5
Graphite		8	0.71				550
Polluted Mud		2	0.83				372.84
Mud		2	0.83				372.84
Coal		1.25	0.71				550
Oxygen		1	1.01				54.36
Depleted Uranium		20	1				406
Abyssalite		0	4		200		3695
Methane		0.03	2.191				90.55
Oxylite		4	1				1683
Mafic Rock		1	0.2				1683
Iron		55	0.449		50		1808
Regolith		1	0.2				1683
Resin		0.17	1.3				293.15
Bitumen		0.17	1.76				812
Thermium		220	0.622		900		2950
Iron Ore		4	0.449				1808
Dirt		2	1.48		-10		600
Polluted Ice		1	3.05				252.5
Fossil		2	0.91				1612
Neutronium		0	0
Ethanol		20	2.46				159.1
Pyrite		4.5	0.386				1357
Aluminum		205	0.91				933.45
Oxygen		2	1.01			54.36	90.19
Visco-Gel		0.45	1.55			242.5	753
Aluminum		20.5	0.91			933.45	2743.15
Lead		11	0.128			600.65	2022.15
Carbon Dioxide		1.46	0.846			216.6	225
Crude Oil		2	1.69			233	673
Glass		1	0.2			1400	2630
Liquid Sulfur		0.2	0.7			388.35	610.15
Gold		6	0.1291			1337	3129
Magma		1	1			1683	2630
Chlorine		0.0081	0.48			172.17	238.55
Hydrogen		0.1	2.4			14	21
Resin		0.15	1.11			293.15	398.15
Propane		0.1	2.4			85	231
Tungsten		4	0.134			3695	6203
Petroleum		2	1.76			216	812
Salt		0.444	0.7			1073	1738
Cobalt		4	0.42			1768	3200
Brine		0.609	3.4			250.65	375.9
Nuclear Waste		6	7.44			300	800
Super Coolant		9.46	8.44			2	710
Ethanol		0.171	2.46			159.1	351.5
Methane		0.03	2.191			90.55	111.65
Iron		4	0.449			1808	3023
Carbon		2	0.71			3825	5100
Naphtha		0.2	2.191			223	812
Sucrose		0.15	1.255			459	503.15
Phosphorus		0.236	0.7697			317.3	553.6
Steel		80	0.386			1357	4100
Niobium		54	0.265			2750	5017
Polluted Water		0.58	4.179			252.5	392.5
Water		0.609	4.179			272.5	372.5
Salt Water		0.609	4.1			265.65	372.84
Uranium		2	1.69			406	4405
Copper		12	0.386			1357	2834
Sulfur		0.2	0.7			610.15
Salt		0.444	0.88			1738
Propane		0.015	2.4			231
Niobium		1	0.265			5017
Oxygen		0.024	1.005			90.19
Cobalt		1	0.42			3200
Steel		1	0.49			4100
Chlorine		0.0081	0.48			238.55
Hydrogen		0.168	2.4			21
Sour Gas		0.018	1.898			111.65
Steam		0.184	4.179			372.5
Natural Gas		0.035	2.191			111.65
Gold		1	0.1291			3129
Ethanol		0.167	2.148			351.5
Rock Gas		0.1	1			2630
Carbon		1.7	0.71			5100
Super Coolant		1.2	8.44			710
Aluminum		2.5	0.91			2743.15
Tungsten		1	0.134			6203
Polluted Oxygen		0.024	1.01			90.19
Lead		3.5	0.128			2022.15
Nuclear Fallout		1	0.265			340
Iron		1	0.449			3023
Phosphorus		0.236	0.7697			553.6
Carbon Dioxide		0.0146	0.846			225
Copper		1	0.386			2834

• 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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