|This article is about the current version of DF.|
Ores are left behind after mining certain varieties of stone. Ore can be smelted to create bars of pure metal or combined to create alloys. Many ores are quite valuable as mined without being refined, and a mason or stone crafter can work them the same as any stone. However, ores fall into the economic stone category, and so must be designated for non-restricted use in the -stone menu. Others can be combined when initially smelted into alloys, while others must first be made into bars of pure metal and then those combined to create the desired alloy - see the alloy article for details.
Each normal metal ore "stone" produces four bars of refined metal when smelted. Metal ores with two possible metals listed below always produce 4 bars of the first metal, and have a chance of creating 0-4 bars of the second metal as well. Adamantine ore cannot be smelted directly; it must be processed at a craftsdwarf's workshop first. Different rules apply to creating alloys.
Note that in some cases ore value (given below) and metal value are not the same (Bismuth, Iron ores). Alloys, too, often have a higher value than the ores/metals they are made of. In most cases furniture made from the ore is as valuable as furniture made from a pure (non-alloy) metal, while requiring significantly less processing. However, furniture produced directly from ore cannot be recycled, and refining the ore will generally produce an additional metal bar.
Nearly all unmined ores are represented by the £ symbol. Exceptions are native aluminum, bismuthinite, and magnetite (which appear as ^, %, and ~, respectively), as well as cinnabar and cobaltite (which appear as £ but cannot be refined into mercury or cobalt as they would be in real life).
|Appearance||Ore||Found in||Metal created||Value||Metal value|
|£||Adamantine, raw1||The depths||Adamantine1||250||300|
|^||Aluminum, native||All Igneous Extrusive(S)||Aluminum||40||40|
|£||Cassiterite||All Alluvial(S), Granite(V)||Tin||2||2|
|£||Copper, native||All Igneous Extrusive(V), Sandstone(V)||Copper||2||2|
|£||Galena||All Igneous Extrusive(V), All Metamorphic(V), Granite(V), Limestone(V)||Lead, Silver (50%)||5||2 (10)|
|£||Gold, native||All Igneous(V), All Alluvial(S)||Gold||30||30|
|£||Hematite||All Sedimentary(V), All Igneous Extrusive(V)||Iron||8||10|
|£||Horn silver||Native silver(S)||Silver||10||10|
|£||Platinum, native||All Alluvial(S), Olivine(V)2, Magnetite(V), Chromite(S)||Platinum||40||40|
|£||Silver, native||Granite(V), Gneiss(V)||Silver||10||10|
|£||Tetrahedrite||All Stone(V)||Copper, Silver (20%)||3||2 (10)|
- (L) - occurs in large clusters
- (V) - occurs in veins
- (S) - occurs in small clusters
- 1 - Note that raw adamantine/adamantine does not follow all the usual rules for an ore/metal in several respects - see article for full discussion.
- 2 - Due to a bug, native platinum actually occurs in olivine as small clusters rather than veins.
|More: Gems • Metals • Stones|
|See also: Material science|
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