All 188 Elements and Their Properties in Oxygen Not Included

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Liquids

49 items

Biodiesel

A versatile fuel for engines, generators, and Blastshot recipes.

Material Category: Liquid
Specific Heat Capacity: 2.19 DTU/g/°C
Thermal Conductivity: 2 DTU/(m·s·°C)
State Changes: Freezes at -10 °C into Tallow; vaporizes at 180 °C into Carbon Dioxide.
Found or Produced: Emulsifiers make it from Phyto Oil and Bleach Stone. Husky Moos produce it at Milking Stations, and heating Tallow also produces Biodiesel.
Main Uses: Burn it in Biodiesel Engines or Petroleum Generators, supply Biodiesel Engines, or use it in Blastshot recipes.
Pack: Base game

Brackene

A ranching liquid that improves critter happiness and feeds Brackwax production.

Material Category: Liquid
Specific Heat Capacity: 4.1 DTU/g/°C
Thermal Conductivity: 0.609 DTU/(m·s·°C)
State Changes: Freezes at -16.5 °C into Frozen Brackene; vaporizes at 80 °C into Brine 90% + Brackwax 10%.
Found or Produced: Plant Pulverizers make it from Sleet Wheat Grain, Pincha Peppernut, or Nosh Beans. A Milking Station collects it from happy Gassy Moos. Heating Frozen Brackene produces Brackene.
Main Uses: Critters drink it from Critter Fountains for a happiness boost. Gleaners turn it into Brackwax and Brine, and Duplicants can drink it from a Water Cooler.
Pack: Base game

Brine

Desalinizers turn it into Water and Salt.

Material Category: Liquid
Specific Heat Capacity: 3.4 DTU/g/°C
Thermal Conductivity: 0.609 DTU/(m·s·°C)
State Changes: Freezes at -22.5 °C into Brine Ice; vaporizes at 102.75 °C into Steam 70% + Salt 30%.
Found or Produced: Occurs in Ocean biomes. Cool Salt Slush Geysers emit it, Brackwax Gleaners produce it from Brackene, and cooling Salt Water also produces it. Heating Brine Ice produces Brine.
Main Uses: Desalinizers turn it into Water and Salt. Waterweed also needs it to grow.
Pack: Base game

Crude Oil

Oil Refineries process it into Petroleum; Lubrication Stations use it as lubricant.

Material Category: Liquid
Specific Heat Capacity: 1.69 DTU/g/°C
Thermal Conductivity: 2 DTU/(m·s·°C)
State Changes: Freezes at -40.15 °C into Solid Crude Oil; vaporizes at 399.85 °C into Petroleum.
Found or Produced: Occurs in Oily biomes. Leaky Oil Fissures and Oil Wells provide it, and Slicksters excrete it. Heating Solid Crude Oil produces Crude Oil.
Main Uses: Oil Refineries process it into Petroleum; Lubrication Stations use it as lubricant.
Pack: Base game

Ethanol

A liquid fuel and coolant used by generators, crops, and industrial builds.

Material Category: Liquid
Specific Heat Capacity: 2.46 DTU/g/°C
Thermal Conductivity: 0.171 DTU/(m·s·°C)
State Changes: Freezes at -114.05 °C into Solid Ethanol; vaporizes at 78.35 °C into Ethanol Gas.
Found or Produced: Occurs naturally in Rust and Cool Pool biomes. Ethanol Distillers make it from Wood, and Spigot Seals excrete it after eating Nectar or Sucrose.
Main Uses: Burn it in Petroleum Generators for power, use it to irrigate Nosh Sprouts, or use it as coolant.
Pack: Base game

Gunk

An industrial liquid used for Gear Balm and petroleum recovery.

Material Category: Liquid
Specific Heat Capacity: 1.2 DTU/g/°C
Thermal Conductivity: 1.5 DTU/(m·s·°C)
State Changes: Freezes at -8.15 °C into Solid Gunk; vaporizes at 447.85 °C into Petroleum 92% + Sulfur 8%.
Found or Produced: Gunk Extractors collect it from Bionic Duplicants. Full gunk tanks and clogged toilets can also yield it; heating Solid Gunk produces Gunk.
Main Uses: Apothecaries use it to make Gear Balm; heating it can produce Petroleum and Sulfur.
Pack: The Bionic Booster Pack

Latex

An intermediate material used to make Rubber.

Material Category: Liquid
Specific Heat Capacity: 2.01 DTU/g/°C
Thermal Conductivity: 0.065 DTU/(m·s·°C)
State Changes: Freezes at -0.65 °C into Polluted Ice 32% + Sucrose 68%; vaporizes at 99.35 °C into Carbon Dioxide.
Found or Produced: Plant Pulverizers make it from Gum Wood.
Main Uses: Vulcanizers turn it into Rubber.
Pack: The Aquatic Planet Pack

Liquid Carbon

A rare liquid with no direct use in normal colony play.

Material Category: Liquid
Specific Heat Capacity: 0.71 DTU/g/°C
Thermal Conductivity: 2 DTU/(m·s·°C)
State Changes: Freezes at 3551.85 °C into Refined Carbon; vaporizes at 4826.85 °C into Carbon Gas.
Found or Produced: Melting Refined Carbon or Diamond produces Liquid Carbon.
Main Uses: -
Pack: Base game

Liquid Carbon Dioxide

A liquid with no direct use in normal colony play.

Material Category: Liquid
Specific Heat Capacity: 0.846 DTU/g/°C
Thermal Conductivity: 1.46 DTU/(m·s·°C)
State Changes: Freezes at -56.55 °C into Solid Carbon Dioxide; vaporizes at -48.15 °C into Carbon Dioxide.
Found or Produced: Carbon Dioxide Geysers emit Liquid Carbon Dioxide. Heating Solid Carbon Dioxide also produces it.
Main Uses: -
Pack: Base game

Liquid Chlorine

A crop nutrient for Gas Grass.

Material Category: Liquid
Specific Heat Capacity: 0.48 DTU/g/°C
Thermal Conductivity: 0.0081 DTU/(m·s·°C)
State Changes: Freezes at -100.98 °C into Solid Chlorine; vaporizes at -34.6 °C into Chlorine Gas.
Found or Produced: Cooling Chlorine Gas produces Liquid Chlorine. Heating Bleach Stone also produces it.
Main Uses: Gas Grass needs Liquid Chlorine for irrigation.
Pack: Base game

Liquid Hydrogen

Used as fuel in Hydrogen Engines for long-range rocket travel.

Material Category: Liquid
Specific Heat Capacity: 2.4 DTU/g/°C
Thermal Conductivity: 0.1 DTU/(m·s·°C)
State Changes: Freezes at -259.15 °C into Solid Hydrogen; vaporizes at -252.15 °C into Hydrogen Gas.
Found or Produced: Cooling Hydrogen Gas produces Liquid Hydrogen. Heating Solid Hydrogen also produces it.
Main Uses: Used as fuel in Hydrogen Engines for long-range rocket travel.
Pack: Base game

Liquid Methane

A cold intermediate in the Sour Gas processing chain.

Material Category: Liquid
Specific Heat Capacity: 2.191 DTU/g/°C
Thermal Conductivity: 0.03 DTU/(m·s·°C)
State Changes: Freezes at -182.6 °C into Solid Methane; vaporizes at -161.5 °C into Natural Gas.
Found or Produced: Cooling Sour Gas produces Liquid Methane and Sulfur. Heating Solid Methane also produces it.
Main Uses: -
Pack: Base game

Liquid Naphtha

Useful as an industrial coolant and insulator; it can also be refined through a Sour Gas boiler.

Material Category: Liquid
Specific Heat Capacity: 2.191 DTU/g/°C
Thermal Conductivity: 0.2 DTU/(m·s·°C)
State Changes: Freezes at -50.15 °C into Solid Naphtha; vaporizes at 538.85 °C into Sour Gas.
Found or Produced: Polymer Presses make it from Petroleum or Nectar. Heating Isosap, Brackwax, Plastic, Solid Naphtha, or Visco-Gel Fluid also produces it.
Main Uses: Useful as an industrial coolant and insulator; it can also be refined through a Sour Gas boiler.
Pack: Base game

Liquid Nuclear Waste

Its radiation can power Radbolt Generators, and its high heat capacity makes it a strong coolant.

Material Category: Liquid
Specific Heat Capacity: 7.44 DTU/g/°C
Thermal Conductivity: 6 DTU/(m·s·°C)
State Changes: Freezes at 26.85 °C into Solid Nuclear Waste; vaporizes at 526.85 °C into Nuclear Fallout.
Found or Produced: Research Reactors and Beetas produce it. Cooling Nuclear Fallout also forms it. Heating Solid Nuclear Waste produces Liquid Nuclear Waste.
Main Uses: Its radiation can power Radbolt Generators, and its high heat capacity makes it a strong coolant.
Pack: Spaced Out!

Liquid Oxygen

A rocket oxidizer used with several engine fuels.

Material Category: Liquid
Specific Heat Capacity: 1.01 DTU/g/°C
Thermal Conductivity: 2 DTU/(m·s·°C)
State Changes: Freezes at -218.79 °C into Solid Oxygen; vaporizes at -182.96 °C into Oxygen.
Found or Produced: Cooling Oxygen Gas produces Liquid Oxygen. Heating Solid Oxygen also produces it.
Main Uses: Used as an oxidizer in Petroleum, Biodiesel, Hydrogen, and Sugar rocket engines.
Pack: Base game

Liquid Phosphorus

A liquid with no direct use in normal colony play.

Material Category: Liquid
Specific Heat Capacity: 0.7697 DTU/g/°C
Thermal Conductivity: 0.236 DTU/(m·s·°C)
State Changes: Freezes at 44.15 °C into Refined Phosphorus; vaporizes at 280.45 °C into Phosphorus Gas.
Found or Produced: Heating Phosphorite produces Liquid Phosphorus. Heating Refined Phosphorus produces Liquid Phosphorus. Cooling Phosphorus Gas produces Liquid Phosphorus.
Main Uses: -
Pack: Base game

Liquid Sucrose

A liquid with no direct use in normal colony play.

Material Category: Liquid
Specific Heat Capacity: 1.255 DTU/g/°C
Thermal Conductivity: 0.15 DTU/(m·s·°C)
State Changes: Freezes at 185.85 °C into Sucrose; vaporizes at 230 °C into Carbon Dioxide.
Found or Produced: Heating Sucrose produces Liquid Sucrose.
Main Uses: -
Pack: Base game

Liquid Sulfur

A liquid with no direct use in normal colony play.

Material Category: Liquid
Specific Heat Capacity: 0.7 DTU/g/°C
Thermal Conductivity: 0.2 DTU/(m·s·°C)
State Changes: Freezes at 115.2 °C into Sulfur; vaporizes at 337 °C into Sulfur Gas.
Found or Produced: Liquid Sulfur Geysers emit it; heating Sulfur or cooling Sulfur Gas also produces it.
Main Uses: -
Pack: Base game

Liquid Uranium

A high-capacity coolant for Metal Refineries and high-temperature builds.

Material Category: Liquid
Specific Heat Capacity: 1.69 DTU/g/°C
Thermal Conductivity: 2 DTU/(m·s·°C)
State Changes: Freezes at 132.85 °C into Depleted Uranium; vaporizes at 4131.85 °C into Rock Gas.
Found or Produced: Uranium Centrifuges produce it. Heating Depleted Uranium, Enriched Uranium, or Uranium Ore also forms it.
Main Uses: A high-capacity coolant for Metal Refineries and high-temperature builds.
Pack: Spaced Out!

Magma

A high-temperature heat source for industrial processing.

Material Category: Liquid
Specific Heat Capacity: 1 DTU/g/°C
Thermal Conductivity: 1 DTU/(m·s·°C)
State Changes: Freezes at 1409.85 °C into Igneous Rock; vaporizes at 2356.85 °C into Rock Gas.
Found or Produced: Occurs naturally in Magma biomes and is emitted by Volcanoes and Minor Volcanoes. Heating Basalt produces Magma.
Main Uses: Use its heat to process Crude Oil into Petroleum or Sour Gas.
Pack: Base game

Mercury

Mercury Ceiling Lights consume it to produce light; its high conductivity also supports heat transfer.

Material Category: Liquid
Specific Heat Capacity: 0.14 DTU/g/°C
Thermal Conductivity: 8.3 DTU/(m·s·°C)
State Changes: Freezes at -38.85 °C into Solid Mercury; vaporizes at 356.75 °C into Mercury Gas.
Found or Produced: Cinnabar Ore occurs in Ceres Ice Cave biomes. Metal Refineries and Rock Crushers process it into Mercury.
Main Uses: Mercury Ceiling Lights consume it to produce light; its high conductivity also supports heat transfer.
Pack: The Frosty Planet Pack

Molten Aluminum

A high-temperature metal fluid useful for transferring heat in industrial builds.

Material Category: Liquid
Specific Heat Capacity: 0.91 DTU/g/°C
Thermal Conductivity: 20.5 DTU/(m·s·°C)
State Changes: Freezes at 660.3 °C into Aluminum; vaporizes at 2470 °C into Aluminum Gas.
Found or Produced: Heating Aluminum produces Molten Aluminum. Heating Aluminum Ore produces Molten Aluminum. Cooling Aluminum Gas produces Molten Aluminum.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Aluminum.
Pack: Base game

Molten Cobalt

A high-temperature liquid for heat transfer and material processing.

Material Category: Liquid
Specific Heat Capacity: 0.42 DTU/g/°C
Thermal Conductivity: 4 DTU/(m·s·°C)
State Changes: Freezes at 1494.85 °C into Cobalt; vaporizes at 2926.85 °C into Cobalt Gas.
Found or Produced: Cobalt Volcanoes emit Molten Cobalt. Heating Cobalt also produces it.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Cobalt.
Pack: Spaced Out!

Molten Copper

A high-temperature liquid for heat transfer and material processing.

Material Category: Liquid
Specific Heat Capacity: 0.386 DTU/g/°C
Thermal Conductivity: 12 DTU/(m·s·°C)
State Changes: Freezes at 1083.85 °C into Copper; vaporizes at 2560.85 °C into Copper Gas.
Found or Produced: Copper Volcanoes emit Molten Copper. Heating Copper also produces it.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Copper.
Pack: Base game

Molten Glass

A high-yield intermediate for producing Glass from Sand.

Material Category: Liquid
Specific Heat Capacity: 0.2 DTU/g/°C
Thermal Conductivity: 1 DTU/(m·s·°C)
State Changes: Freezes at 1126.85 °C into Glass; vaporizes at 2356.85 °C into Rock Gas.
Found or Produced: Glass Forges make it from Sand; heating Glass or Sand also produces it.
Main Uses: Can be cooled into Glass; heating Sand into Molten Glass can yield more Glass than a Glass Forge recipe.
Pack: Base game

Molten Gold

A high-temperature liquid for heat transfer and material processing.

Material Category: Liquid
Specific Heat Capacity: 0.1291 DTU/g/°C
Thermal Conductivity: 6 DTU/(m·s·°C)
State Changes: Freezes at 1063.85 °C into Gold; vaporizes at 2855.85 °C into Gold Gas.
Found or Produced: Gold Volcanoes emit Molten Gold. Heating Gold also produces it.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Gold.
Pack: Base game

Molten Iridium

A high-temperature metal fluid useful for transferring heat in industrial builds.

Material Category: Liquid
Specific Heat Capacity: 0.131 DTU/g/°C
Thermal Conductivity: 170 DTU/(m·s·°C)
State Changes: Freezes at 2445.85 °C into Iridium; vaporizes at 4129.85 °C into Iridium Gas.
Found or Produced: Heating Iridium produces Molten Iridium. Cooling Iridium Gas produces Molten Iridium.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Iridium.
Pack: The Prehistoric Planet Pack

Molten Iron

A high-temperature liquid for heat transfer and material processing.

Material Category: Liquid
Specific Heat Capacity: 0.449 DTU/g/°C
Thermal Conductivity: 4 DTU/(m·s·°C)
State Changes: Freezes at 1534.85 °C into Iron; vaporizes at 2749.85 °C into Iron Gas.
Found or Produced: Iron Volcanoes emit Molten Iron. Heating Iron also produces it.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Iron.
Pack: Base game

Molten Lead

A high-temperature liquid with strong heat-transfer properties.

Material Category: Liquid
Specific Heat Capacity: 0.128 DTU/g/°C
Thermal Conductivity: 11 DTU/(m·s·°C)
State Changes: Freezes at 327.5 °C into Lead; vaporizes at 1749 °C into Lead Gas.
Found or Produced: Heating Lead or Galena produces Molten Lead.
Main Uses: Due to the wide temperature range and high thermal conductivity, Molten Lead can be used as a heat transfer fluid in extremely hot applications.
Pack: Base game

Molten Nickel

A high-temperature metal fluid useful for transferring heat in industrial builds.

Material Category: Liquid
Specific Heat Capacity: 0.44 DTU/g/°C
Thermal Conductivity: 30 DTU/(m·s·°C)
State Changes: Freezes at 1454.85 °C into Nickel; vaporizes at 2729.85 °C into Nickel Gas.
Found or Produced: Heating Nickel produces Molten Nickel. Heating Nickel Ore produces Molten Nickel. Cooling Nickel Gas produces Molten Nickel.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Nickel.
Pack: The Prehistoric Planet Pack

Molten Niobium

A high-temperature metal fluid useful for transferring heat in industrial builds.

Material Category: Liquid
Specific Heat Capacity: 0.265 DTU/g/°C
Thermal Conductivity: 54 DTU/(m·s·°C)
State Changes: Freezes at 2476.85 °C into Niobium; vaporizes at 4743.85 °C into Niobium Gas.
Found or Produced: Heating Niobium produces Molten Niobium. Heating Thermium produces Molten Niobium. Cooling Niobium Gas produces Molten Niobium.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Niobium.
Pack: Base game

Molten Salt

A high-temperature fluid for heat-based power cycles.

Material Category: Liquid
Specific Heat Capacity: 0.7 DTU/g/°C
Thermal Conductivity: 0.444 DTU/(m·s·°C)
State Changes: Freezes at 799.85 °C into Salt; vaporizes at 1464.85 °C into Salt Gas.
Found or Produced: Heating Salt produces Molten Salt. Cooling Salt Gas produces Molten Salt.
Main Uses: Its liquid and gas forms can be cycled for heat-based power production.
Pack: Base game

Molten Steel

A high-temperature liquid that can melt natural materials and move heat.

Material Category: Liquid
Specific Heat Capacity: 0.386 DTU/g/°C
Thermal Conductivity: 80 DTU/(m·s·°C)
State Changes: Freezes at 1083.85 °C into Steel; vaporizes at 3826.85 °C into Steel Gas.
Found or Produced: Heating Steel produces Molten Steel.
Main Uses: Useful for high-temperature heat transfer and melting natural tiles into full-mass liquid outputs.
Pack: Base game

Molten Tungsten

A high-temperature liquid for heat transfer and material processing.

Material Category: Liquid
Specific Heat Capacity: 0.134 DTU/g/°C
Thermal Conductivity: 4 DTU/(m·s·°C)
State Changes: Freezes at 3421.85 °C into Tungsten; vaporizes at 5929.85 °C into Tungsten Gas.
Found or Produced: Tungsten Volcanoes emit Molten Tungsten. Heating Tungsten or Abyssalite also produces it.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Tungsten.
Pack: Base game

Molten Zinc

A high-temperature metal fluid useful for transferring heat in industrial builds.

Material Category: Liquid
Specific Heat Capacity: 0.388 DTU/g/°C
Thermal Conductivity: 12 DTU/(m·s·°C)
State Changes: Freezes at 419.73 °C into Zinc; vaporizes at 906.85 °C into Zinc Gas.
Found or Produced: Heating Zinc produces Molten Zinc. Heating Zinc Ore produces Molten Zinc. Cooling Zinc Gas produces Molten Zinc.
Main Uses: Useful for high-temperature heat transfer and can be cooled into Zinc.
Pack: The Aquatic Planet Pack

Mucin

A water substitute for some Microbe Musher and Brackene recipes.

Material Category: Liquid
Specific Heat Capacity: 3 DTU/g/°C
Thermal Conductivity: 0.45 DTU/(m·s·°C)
State Changes: Freezes at -10 °C into Frozen Mucin; vaporizes at 90 °C into Polluted Water 70% + Slime 30%.
Found or Produced: Gleaners produce it from Ovolene, and Slogos excrete it. Heating Frozen Mucin or Squid Ink also produces it.
Main Uses: The Microbe Musher can use it instead of Water in some recipes; Plant Pulverizers also use it to make Brackene.
Pack: The Aquatic Planet Pack

Nectar

A sugary plant liquid that Spigot Seals can turn into Ethanol.

Material Category: Liquid
Specific Heat Capacity: 4.1 DTU/g/°C
Thermal Conductivity: 0.609 DTU/(m·s·°C)
State Changes: Freezes at -82.5 °C into Ice 23% + Sucrose 77%; vaporizes at 160 °C into Steam 23% + Sucrose 77%.
Found or Produced: Bonbon Trees produce Nectar, which Duplicants can harvest or collect through pipes.
Main Uses: Spigot Seals convert Nectar into Ethanol by drinking it directly from a Bonbon Tree, but not if it was extracted.
Pack: The Frosty Planet Pack

Ovolene

A ranching liquid used by Gleaners and in Brackwax production.

Material Category: Liquid
Specific Heat Capacity: 4.1 DTU/g/°C
Thermal Conductivity: 0.609 DTU/(m·s·°C)
State Changes: Freezes at -16.5 °C into Frozen Ovolene; vaporizes at 80 °C into Steam 90% + Brackwax 10%.
Found or Produced: Aquatic Milking Stations collect it from Seaquines. Heating Frozen Ovolene also produces it.
Main Uses: Gleaners process it into Mucin, Caviar, and Carbon Dioxide; heating it can produce Brackwax.
Pack: The Aquatic Planet Pack

Petroleum

Burn it in Petroleum Generators or Engines, or use it as an input for Blastshot and Super Coolant.

Material Category: Liquid
Specific Heat Capacity: 1.76 DTU/g/°C
Thermal Conductivity: 2 DTU/(m·s·°C)
State Changes: Freezes at -57.15 °C into Solid Petroleum; vaporizes at 538.85 °C into Sour Gas.
Found or Produced: Oil Refineries make it from Crude Oil. Molten Slicksters excrete it, and heating Crude Oil or Gunk also produces it. Heating Solid Petroleum produces Petroleum.
Main Uses: Burn it in Petroleum Generators or Engines, or use it in Blastshot, Super Coolant, and Polymer Press recipes. Slicksters can eat it and excrete Crude Oil.
Pack: Base game

Phyto Oil

Emulsifiers process it into Biodiesel; Lubrication Stations can use it as lubricant.

Material Category: Liquid
Specific Heat Capacity: 0.9 DTU/g/°C
Thermal Conductivity: 2 DTU/(m·s·°C)
State Changes: Freezes at -33.15 °C into Frozen Phyto Oil; vaporizes at 75 °C into Carbon Dioxide 33.34% + Algae 66.66%.
Found or Produced: Plant Pulverizers make it from Slime and other plant materials. Heating Frozen Phyto Oil produces Phyto Oil.
Main Uses: Emulsifiers process it into Biodiesel; Lubrication Stations can use it as lubricant.
Pack: Base game

Polluted Brine

A liquid used to produce Polluted Water, Salt, and Plastic.

Material Category: Liquid
Specific Heat Capacity: 3.6 DTU/g/°C
Thermal Conductivity: 0.409 DTU/(m·s·°C)
State Changes: Freezes at -25.5 °C into Polluted Brine Ice; vaporizes at 106.75 °C into Polluted Water 70% + Salt 30%.
Found or Produced: Occurs naturally in Abyss biomes; Polluted Brine Vents are its only renewable source. Heating Polluted Brine Ice also produces it.
Main Uses: Desalinizers produce Polluted Water and Salt from it; Tublia plants use it with Sulfur to grow Plastic.
Pack: The Aquatic Planet Pack

Polluted Water

A nutrient-rich liquid that can be filtered into Water or used for crops.

Material Category: Liquid
Specific Heat Capacity: 4.179 DTU/g/°C
Thermal Conductivity: 0.58 DTU/(m·s·°C)
State Changes: Freezes at -20.65 °C into Polluted Ice; vaporizes at 119.35 °C into Steam 99% + Dirt 1%.
Found or Produced: Occurs naturally across most asteroids, especially in Marsh and Tundra biomes. Cool Slush Geysers and Polluted Water Vents emit it; toilets, Algae Distillers, and Algae Terrariums also produce it.
Main Uses: Water Sieves filter it into Water. It also irrigates crops such as Pincha Peppers and Thimble Reeds.
Pack: Base game

Resin

Polymer Presses turn it into Plastic, and Plywood Presses use it to make Plywood.

Material Category: Liquid
Specific Heat Capacity: 1.11 DTU/g/°C
Thermal Conductivity: 0.15 DTU/(m·s·°C)
State Changes: Freezes at 20 °C into Solid Resin; vaporizes at 125 °C into Steam 75% + Refined Carbon 25%.
Found or Produced: Egg Crackers produce it from Shine Bug eggs. Plant Pulverizers can make it from Amber, which also produces Resin when heated. Heating Amber produces Resin.
Main Uses: Polymer Presses turn it into Plastic, and Plywood Presses use it to make Plywood.
Pack: Base game

Salt Water

A saline liquid used to supply Water and Salt through desalination and support Waterweed farming.

Material Category: Liquid
Specific Heat Capacity: 4.1 DTU/g/°C
Thermal Conductivity: 0.609 DTU/(m·s·°C)
State Changes: Freezes at -7.5 °C into Brine 23% + Ice 77%; vaporizes at 99.69 °C into Steam 93% + Salt 7%.
Found or Produced: Occurs naturally in Ocean biomes and is emitted by Salt Water Geysers. Emulsifiers can make it from Water and Salt.
Main Uses: Desalinizers produce Water and Salt from it; Waterweed needs it for irrigation.
Pack: Base game

Sap

A plant liquid used to make advanced Isosap materials.

Material Category: Liquid
Specific Heat Capacity: 1.11 DTU/g/°C
Thermal Conductivity: 0.15 DTU/(m·s·°C)
State Changes: Freezes at 20 °C into Solid Sap; vaporizes at 125 °C into Steam 75% + Isosap 25%.
Found or Produced: Experiment 52B produces Sap when it has calories and warm conditions. Heating Solid Sap also produces Sap.
Main Uses: Heating it produces Isosap, which is used in advanced materials.
Pack: Spaced Out!

Squid Ink

A critter product for happiness, morale, and advanced material recipes.

Material Category: Liquid
Specific Heat Capacity: 2 DTU/g/°C
Thermal Conductivity: 0.5 DTU/(m·s·°C)
State Changes: Freezes at -20.65 °C into Frozen Squid Ink; vaporizes at 80 °C into Mucin 90% + Refined Carbon 10%.
Found or Produced: Aquatic Milking Stations collect it from Glo Squids. Heating Frozen Squid Ink also produces it.
Main Uses: Critter Fountains and Water Coolers use it; heating it produces Mucin and Refined Carbon.
Pack: The Aquatic Planet Pack

Super Coolant

A high-capacity coolant for advanced liquid and rocket-fuel cooling.

Material Category: Liquid
Specific Heat Capacity: 8.44 DTU/g/°C
Thermal Conductivity: 9.46 DTU/(m·s·°C)
State Changes: Freezes at -271.15 °C into Solid Super Coolant; vaporizes at 436.85 °C into Super Coolant Gas.
Found or Produced: Cooling Solid Super Coolant produces Super Coolant. Cooling Super Coolant Gas produces Super Coolant.
Main Uses: Its high heat capacity supports advanced cooling, including making Liquid Hydrogen and Liquid Oxygen.
Pack: Base game

Visco-Gel Fluid

Its unusual flow behavior makes it useful for liquid locks; it can also serve as a liquid plastic building material.

Material Category: Liquid
Specific Heat Capacity: 1.55 DTU/g/°C
Thermal Conductivity: 0.45 DTU/(m·s·°C)
State Changes: Freezes at -30.65 °C into Solid Visco-Gel; vaporizes at 479.85 °C into Liquid Naphtha.
Found or Produced: Heating Solid Visco-Gel produces Visco-Gel Fluid.
Main Uses: Its unusual flow behavior makes it useful for liquid locks; it can also serve as a liquid plastic building material.
Pack: Base game

Water

A core colony resource for farming, food, research, and Oxygen production.

Material Category: Liquid
Specific Heat Capacity: 4.179 DTU/g/°C
Thermal Conductivity: 0.609 DTU/(m·s·°C)
State Changes: Freezes at -0.65 °C into Ice; vaporizes at 99.35 °C into Steam.
Found or Produced: Water Geysers, Cool Steam Vents, and Steam Vents provide water or steam that condenses into it. Water Sieves filter Polluted Water, and Desalinizers process Salt Water or Brine. Melting Snow, Ice, or Crushed Ice also produces it.
Main Uses: Used for farming, food, research, and Oxygen production in Electrolyzers.
Pack: Base game