Beresium

This somewhat transparent material is yellow. It is light. It is malleable in solid form. This substance has a slimy texture in solid form. This substance's melting point is below room temperature. It is a poor insulator against temperature changes. This substance has a faint odor of cherries.


Weight: 0.10 m3
Rarity: 3 out of 42
Base Production: 3 m3 / hour


Bilitrium

This somewhat transparent substance is yellow. This material's melting point is room temperature. This substance is extremely nonconductive. It acts as an excellent insulator against temperature changes.


Weight: 3.00 m3
Rarity: 35 out of 42
Base Production: 35 m3 / hour


Bistatium

This perfectly transparent, unreflective substance is lemon-yellow. It is very heavy. It is malleable in solid form. This material's melting point is low. A smell of cooked meat comes from this substance. When exposed to radiation it explodes.


Weight: 16.00 m3
Rarity: 40 out of 42
Base Production: 40 m3 / hour


Cadmium

This somewhat transparent substance is green. It is very heavy. It is extremely inflexible in solid form. This material has a oily texture in solid form. This substance's melting point is room temperature. This material is very conductive.


Weight: 0.40 m3
Rarity: 10 out of 42
Base Production: 10 m3 / hour


Caesium

This somewhat transparent substance is yellow with green patches in it. It is very flexible in solid form. This material's melting point is unremarkable. This material is not very conductive. A strong smell of milk comes from this material. When exposed to intense heat it becomes darker in color.


Weight: 0.80 m3
Rarity: 14 out of 42
Base Production: 14 m3 / hour


Chromium

This somewhat transparent, unreflective substance is red-emerald. It is very light. It is crumbly in solid form. This material has a rough texture in solid form. This substance's melting point is unremarkable. This substance provides excellent protection from radiation. This substance can be easily magnetized. It acts as an excellent insulator against temperature changes.


Weight: 0.02 m3
Rarity: 12 out of 42
Base Production: 12 m3 / hour


Cobalt

This translucent material is gray-green. It is very heavy. It is extremely inflexible in solid form. This material's melting point is unremarkable. This material provides some protection from radiation. This material can be magnetized. A smell of dirt comes from this material.


Weight: 0.40 m3
Rarity: 7 out of 42
Base Production: 7 m3 / hour


Diburinium

This translucent substance is green-yellow. It is somewhat malleable in solid form. This material has a slimy texture in solid form. This substance's melting point is room temperature. This substance can be magnetized. It is a poor insulator against temperature changes. This material has a strong odor of spinach.


Weight: 1.40 m3
Rarity: 15 out of 42
Base Production: 15 m3 / hour


Feldomite

This reflective material is green-violet. It is extremely inflexible in solid form. This material's melting point is one of the highest known. This material is very conductive.


Weight: 0.60 m3
Rarity: 16 out of 42
Base Production: 16 m3 / hour


Fernite

This unreflective material is purple. It is somewhat brittle in solid form. This material has a slimy texture in solid form. This substance's melting point is high. This material gives off mild radiation. This substance is highly magnetic.


Weight: 0.30 m3
Rarity: 2 out of 42
Base Production: 2 m3 / hour


Gneisis


This perfectly transparent material is purple. It is very flexible in solid form. This material has a smooth texture in solid form. This material's melting point is very high. This material has a faint odor of pumpkin.


Weight: 5.00 m3
Rarity: 36 out of 42
Base Production: 36 m3 / hour


Hexite

This perfectly transparent, reflective substance is purple with black flecks in it. It is very flexible in solid form. This substance has a bumpy texture in solid form. This substance's melting point is unremarkable.


Weight: 0.60 m3
Rarity: 1 out of 42
Base Production: 1 m3 / hour


Infernite

This translucent material is blue-green with black patches on it. It is inflexible in solid form. This material has a rough texture in solid form. This substance's melting point is below room temperature. It is a poor insulator against temperature changes.


Weight: 1.00 m3
Rarity: 19 out of 42
Base Production: 19 m3 / hour


Isogen


This somewhat transparent material is emerald with yellow flecks in it. It is inflexible in solid form. This material has a slimy texture in solid form. This material's melting point is one of the highest known.


Weight: 0.01 m3
Rarity: 18 out of 42
Base Production: 18 m3 / hour


Jevonite


This material is red-purple. It is flexible in solid form. This substance has a slimy texture in solid form. This material's melting point is one of the highest known. This substance does not conduct electricity at all. This material has a faint odor of pinapple.


Weight: 1.00 m3
Rarity: 22 out of 42
Base Production: 22 m3 / hour


Lithium Crystal

This perfectly transparent material is gray with brown flecks on it. It is light. It is somewhat malleable in solid form. This material has a rough texture in solid form. This substance's melting point is high. This material is very radioactive. It is a poor insulator against temperature changes.


Weight: 0.80 m3
Rarity: 21 out of 42
Base Production: 21 m3 / hour


Maraji Crystal

This translucent, mirrorlike substance is violet. It is brittle in solid form. This material's melting point is one of the highest known. When exposed to acid it emits a smell of cabbage.


Weight: 0.80 m3
Rarity: 20 out of 42
Base Production: 20 m3 / hour


Mercury

This mirrorlike material is green-magenta. It is extremely heavy. This substance's melting point is room temperature. This material is not very conductive.


Weight: 1.20 m3
Rarity: 17 out of 42
Base Production: 17 m3 / hour


Mextalion

This perfectly transparent, unreflective substance is lemon-pink. It is very light. It is malleable in solid form. This material's melting point is low. A smell of cooked meat comes from this substance. When exposed to radiation it explodes.


Weight: 0.01 m3
Rarity: 13 out of 42
Base Production: 13 m3 / hour


Nitrium

This perfectly transparent substance is blue with gold swirls on it. It is heavy. It is somewhat brittle in solid form. This substance's melting point is unremarkable. This substance adsorbs virtually all kinds of radiation. This substance has a strong odor of strawberries.


Weight: 0.30 m3
Rarity: 28 out of 42
Base Production: 28 m3 / hour


Noranium

This somewhat transparent material is indigo. It is very heavy. It is inflexible in solid form. This material has a bumpy texture in solid form. This substance's melting point is unremarkable. This substance is not very conductive. A strong smell of wine comes from this material.


Weight: 0.15 m3
Rarity: 26 out of 42
Base Production: 26 m3 / hour


Omber

This translucent, unreflective material is emerald-purple. It is medium heavy. This substance's melting point is unremarkable. This substance is radioactive.


Weight: 0.60 m3
Rarity: 31 out of 42
Base Production: 31 m3 / hour


Paralithium

This unreflective material is brown with blue swirls on it. It is heavy. This material has a rough texture in solid form. This substance's melting point is low. This substance provides some protection from radiation. It is a poor insulator against temperature changes. This material has a strong odor of cherries. It's alternate form is a somewhat transparent substance that is vermillion, with purple specks on it.


Weight: 0.10 m3
Rarity: 24 out of 42
Base Production: 24 m3 / hour


Pergium

This perfectly transparent, reflective material is cobalt-blue. It is light. It is somewhat brittle in solid form. This material has a waxy texture in solid form. This substance's melting point is high. This material is very radioactive. This material does not conduct electricity at all.


Weight: 0.35 m3
Rarity: 29 out of 42
Base Production: 29 m3 / hour


Platinum

This material is brown-red. It is very light. It is brittle in solid form. This material has a bumpy texture in solid form. This substance's melting point is room temperature. This substance is mildly magnetic. It provides some insulation against temperature changes. This substance has a strong odor of sugar.


Weight: 0.01 m3
Rarity: 9 out of 42
Base Production: 9 m3 / hour


Pyerite

This somewhat transparent, unreflective material is dark-red. It is inflexible in solid form. This substance's melting point is room temperature. It acts as an excellent insulator against temperature changes. This material has an odor of butter.


Weight: 0.01 m3
Rarity: 8 out of 42
Base Production: 8 m3 / hour


Qallicite

This perfectly transparent, reflective material is cobalt-blue. It is light. It is somewhat brittle in solid form. This material has a waxy texture in solid form. This substance's melting point is high. This material is very radioactive. This material does not conduct electricity at all.


Weight: 1.20 m3
Rarity: 32 out of 42
Base Production: 32 m3 / hour


Ryetalyn

This somewhat transparent material is purple-white. It is flexible in solid form. This material has a slick texture in solid form. This substance's melting point is low. This substance provides some protection from radiation. This material is very conductive. This material has a faint odor of caramel.


Weight: 2.00 m3
Rarity: 33 out of 42
Base Production: 33 m3 / hour


Salenite

This unreflective material is purple with blue swirls on it. It is heavy. This material has a rough texture in solid form. This substance's melting point is low. This substance provides some protection from radiation. It is a poor insulator against temperature changes. This material has a strong odor of cherries. It's alternate form is a somewhat transparent substance that is vermillion, with purple specks on it.


Weight: 3.00 m3
Rarity: 34 out of 42
Base Production: 34 m3 / hour


Scandium

This perfectly transparent material is sky-green. It is very flexible in solid form. This material has a smooth texture in solid form. This material's melting point is very high. This material has a faint odor of pumpkin.


Weight: 0.40 m3
Rarity: 5 out of 42
Base Production: 5 m3 / hour


Silithium

This somewhat transparent, unreflective material is purple-azure. It is inflexible in solid form. This substance's melting point is room temperature. It acts as an excellent insulator against temperature changes. This material has an odor of butter.


Weight: 8.00 m3
Rarity: 37 out of 42
Base Production: 37 m3 / hour


Sillinite Crystal


This somewhat transparent, unreflective substance is purple-emerald. It is very light. It is crumbly in solid form. This material has a rough texture in solid form. This substance's melting point is unremarkable. This substance provides excellent protection from radiation. This substance can be easily magnetized.


Weight: 16.00 m3
Rarity: 39 out of 42
Base Production: 39 m3 / hour


Styrolite


This translucent substance is purple-sapphire. This material has a waxy texture in solid form. This substance's melting point is low. This material does not conduct electricity at all. It acts as an excellent insulator against temperature changes.


Weight: 16.00 m3
Rarity: 38 out of 42
Base Production: 38 m3 / hour


Tekasite

This somewhat transparent substance is pink with purple patches in it. It is very flexible in solid form. This material's melting point is unremarkable. This material is not very conductive. A strong smell of milk comes from this material. When exposed to intense heat it becomes darker in color.


Weight: 16.00 m3
Rarity: 41 out of 42
Base Production: 41 m3 / hour


Tellerium

This unreflective substance is pink-red. It is very light. This material's melting point is one of the highest known. This substance is very radioactive. This substance is superconductive. It provides some insulation against temperature changes. It's alternate form is a translucent substance that is azure.


Weight: 0.01 m3
Rarity: 27 out of 42
Base Production: 27 m3 / hour


Thalmerite

This perfectly transparent, reflective material is cobalt-red. It is light. It is somewhat brittle in solid form. This material has a waxy texture in solid form. This substance's melting point is high. This material is very radioactive. This material does not conduct electricity at all.


Weight: 0.01 m3
Rarity: 30 out of 42
Base Production: 30 m3 / hour


Titanium

This somewhat transparent substance is bone-green. It is somewhat malleable in solid form. This substance's melting point is unremarkable. This substance does not conduct electricity at all. It is a poor insulator against temperature changes. This material has a strong odor of grapes.


Weight: 0.40 m3
Rarity: 6 out of 42
Base Production: 6 m3 / hour


Triadium

This translucent, mirrorlike substance is red-turquoise. It is light. It is very malleable in solid form. This substance has a slick texture in solid form. This material's melting point is unremarkable. This substance has a faint odor of acid.


Weight: 0.01 m3
Rarity: 23 out of 42
Base Production: 23 m3 / hour


Trilithium

This translucent substance is orange. It is somewhat malleable in solid form. This material has a slimy texture in solid form. This substance's melting point is room temperature. This substance can be magnetized. It is a poor insulator against temperature changes.


Weight: 40.00 m3
Rarity: 42 out of 42
Base Production: 42 m3 / hour


Tungsten

This somewhat transparent substance is light-green. This material's melting point is room temperature. This substance is extremely nonconductive. It acts as an excellent insulator against temperature changes.


Weight: 0.40 m3
Rarity: 4 out of 42
Base Production: 4 m3 / hour


Vanadium

This translucent substance is green-sapphire. This material has a waxy texture in solid form. This substance's melting point is low. This material does not conduct electricity at all. It acts as an excellent insulator against temperature changes. It's alternate form is a material that is cherry red.


Weight: 0.40 m3
Rarity: 11 out of 42
Base Production: 11 m3 / hour


Zydrine

This unreflective substance is orange. It is heavy. It is somewhat malleable in solid form. This substance's melting point is high. This material provides excellent protection from radiation.


Weight: 0.01 m3
Rarity: 25 out of 42
Base Production: 25 m3 / hour