For more information on moons and how to mine them check out Moon Mining [Depreciated] if interested!
Raw Materials harvested directly from Moons. Raw Materials are used to create Processed Materials.
Rarity gives an idea about supply NOT demand
For information on Personal Towers contact the logi-office channel in the alliance Discord
For information on Corporation Towers refer to TEST Command Forum
| Rarity | Raw Material |
|---|---|
| Gases | Atmospheric Gases |
| Evaporite Deposits | |
| Hydrocarbons | |
| Silicates | |
| R8 | Cobalt |
| Scandium | |
| Titanium | |
| Tungsten | |
| R16 | Cadmium |
| Vanadium | |
| Chromium | |
| Platinum | |
| R32 | Caesium |
| Technetium | |
| Hafnium | |
| Mercury | |
| R64 | Promethium |
| Dysprosium | |
| Neodymium | |
| Thulium |
Processed Materials are used to create Advanced Materials. These materials are created from Raw Materials
The Inputs require 100 materials of each type and produces 200 Processed Materials
| Processed Material | Input1 | Input2 | Used in Advanced Materials |
|---|---|---|---|
| Caesarium Cadmide | Caesium | Cadmium | Fermionic Condensates Phenolic Composites |
| Carbon Polymers | Hydrocarbons | Silicates | Crystalline Carbonide Fulleride |
| Ceramic Powder | Evaporite Deposits | Silicates | Fernite Carbide Sylramic Fibers |
| Crystallite Alloy | Cadmium | Colbalt | Crystalline Carbonide |
| Dysporite | Dysprosium | Mercury | Fermionic Condensates Hypersynaptic Fibers |
| Fernite Alloy | Scandium | Vanadium | FerniteCarbide |
| Ferrofluid | Dysprosium | Hafnium | Ferrogel |
| Fluxed Condensates | Neodymium | Thulium | Fermionic Condensates |
| Hexite | Chromium | Platinum | Ferrogel Sylramic Fibers |
| Hyperflurite | Promethium | Vanadium | Ferrogel |
| Neo Mercurite | Mercury | Neodymium | Nanotransistors |
| Platinum Technite | Platinum | Technetium | Fulleride Nanotransistors |
| Prometium | Cadmium | Promethium | Fermionic Condensates Ferrogel |
| Rolled Tungsten Alloy | Platinum | Tungsten | Tungsten Carbide |
| Silicon Diborite | Evaporite Deposits | Silicates | Phenolic Composites Titanium Carbide |
| Solerium | Caesium | Chromium | Hypersynaptic Fibers |
| Sulfuric Acid | Atmospheric Gases | Evaporite Deposits | Nanotransistors Tungsten Carbide |
| Titanium Chromide | Chromium | Titanium | Titanium Carbide |
| Vanadium Hafnite | Hafnium | Vanadium | Hypersynaptic Fibers Phenolic Composites |
Advanced Materials are used in Tier II Production. These materials are created from Processed Materials.
The Inputs require 100 materials of each type and produce the amount and material shown in the table below
| Advanced Material | Amount Received | Input1 | Input2 | Input3 | Input4 |
|---|---|---|---|---|---|
| CrystallineCarbonide | 10,000 | Crystallite Alloy | Carbon Polymers | ||
| Fermionic Condensates | 200 | Caesarium Cadmide | Dysporite | Fluxed Condensates | Prometium |
| Fernite Carbide | 10,000 | Fernite Alloy | Ceramic Powder | ||
| Ferrogel | 400 | Hexite | Hyperflurite | Ferrofluid | Prometium |
| Fulleride | 3,000 | Platinum Technite | Carbon Polymers | ||
| Hypersynaptic Fibers | 750 | Solerium | Dysporite | Vanadium Hafnite | |
| Nanotransistors | 1,500 | Sulfuric Acid | Platinum Technite | Neo Mercurite | |
| Phenolic Composites | 2,200 | Silicon Diborite | Caesarium Cadmide | Vanadium Hafnite | |
| Sylramic Fibers | 6,000 | Hexite | Ceramic Powder | ||
| TitaniumCarbide | 10,000 | Titanium Chromide | Silicon Diborite | ||
| Tungsten Carbide | 10,000 | Rolled Tungsten Alloy | Sulfuric Acid |