Difference between revisions of "Metals"

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TFC has 22 metals of witch 10 are [[Alloys]], With these metals comes 3 unique ways to process them.
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TFC has 22 metals of which 10 are [[Alloys]].  
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All of these metals are split up into 6 tiers, 1-6, each tier is an advancement in the tech tree that opens up more and/or better options.
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They are split into 6 tiers, 1-6, each of which is an advancement in the technology tree that opens up more and/or better options.
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Metals can be processed in 3 unique ways.
  
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= Metals =
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=Metals=
 
{{ToDo|Make metals table}}
 
{{ToDo|Make metals table}}
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= Metal Processing =
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=Metal Processing=
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Metal Processing is made up of 3 distinct options, Melting & Casting, the [[Bloomery]] and the [[Blast Furnace]].
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Metal Processing is carried out by 3 distinct methods: Melting & Casting, the [[Bloomery]] and the [[Blast Furnace]].
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Except for Melting & Casting the rest are unique to one type of metal.
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Melting & Casting are for the metals requiring lower temperatures to be processed, whereas the Bloomery is for Wrought Iron production, and the Blast Furnace is for production of Steels.
  
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== Melting & [[Casting]] ==
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==Melting & [[Casting]]==
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Melting and [[Casting]] will be your first endeavor into working with metals. There are two ways to this, either fill a [[Small Vessel]] with [[Ore]] then [[Heat]] it inside of a [[FirePit]]/[[Pit Kiln]] or you can use the [[Crucible]] over a [[Forge]].
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Melting and [[Casting]] will be your first endeavor into working with metals. There are two ways to do this, either fill a [[Small Vessel]] with [[Ore]] then [[Heat]] it inside of a [[FirePit]]/[[Pit Kiln]] or you can use the [[Crucible]] over a [[Forge]].
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Just make sure to pick a way that gets hot enough for your metal you are working with.
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Just make sure to pick a way that gets hot enough for the metal you are working with.
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Not only will you be using this to get molten metal for [[Casting]] but you make [[Alloys]] with these same methods! When doing this make sure to follow the recipe for the alloy you wish to make otherwise you will end up with [[Unknown Metal]]!
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Not only will you be using this to get molten metal for [[Casting]] but you can make [[Alloys]] with these same methods! When doing this make sure to follow the recipe for the alloy you wish to make otherwise you will end up with [[Unknown Metal]]!
  
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== [[Bloomery]] ==
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==[[Bloomery]]==
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The [[Bloomery]] is where you will make an [[Iron Bloom]] that then is turned into [[Wrought Iron]]. This is the only way of getting [[Wrought Iron]] as melting [[Iron]] will give you nothing.
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The [[Bloomery]] is where you will make an [[Iron Bloom]] that is then turned into [[Wrought Iron]]. This is the only way of getting [[Wrought Iron]] as melting [[Iron]] will give you nothing.
  
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== [[Blast Furnace]] ==
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==[[Blast Furnace]]==
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A [[Blast Furnace]] is your gateway to [[Steel]] and all the [[Steel Alloys]]. Smelting [[Iron Ore]] in one will give you [[Pig Iron]] that is then worked into other other steels.
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A [[Blast Furnace]] is your gateway to [[Steel]] and all the [[Steel Alloys]]. Smelting [[Iron Ore]] in a blast furnace will give you [[Pig Iron]] that is then worked into steel.
  
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= Temperatures =
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=Temperatures=
 
Each metal has 4 specific temperature ranges that allow you do work with it. These are known as the Unworkable, Workable, Weldable and Liquid ranges.
 
Each metal has 4 specific temperature ranges that allow you do work with it. These are known as the Unworkable, Workable, Weldable and Liquid ranges.
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The Workable range extends into the Weldable range but you can not Weld in the Workable range!
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Metal must be in either the Workable or Weldable range to be worked, but can only be welded in the Weldable range!
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* Working temperature is found by doing <code>Melting Temp * 0.6</code>
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* Welding temperature is found by doing <code>Melting Temp * 0.8</code>
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*Working temperature is found by doing <code>Melting Temp * 0.6</code>
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*Welding temperature is found by doing <code>Melting Temp * 0.8</code>
  
 
{{TempatureTableHead}}
 
{{TempatureTableHead}}

Revision as of 13:45, 2 December 2019

TFC has 22 metals of which 10 are Alloys. They are split into 6 tiers, 1-6, each of which is an advancement in the technology tree that opens up more and/or better options. Metals can be processed in 3 unique ways.

Metals

ToDo:
Something is missing! Help fill out the following missing information: Make metals table

Metal Processing

Metal Processing is carried out by 3 distinct methods: Melting & Casting, the Bloomery and the Blast Furnace. Melting & Casting are for the metals requiring lower temperatures to be processed, whereas the Bloomery is for Wrought Iron production, and the Blast Furnace is for production of Steels.

Melting & Casting

Melting and Casting will be your first endeavor into working with metals. There are two ways to do this, either fill a Small Vessel with Ore then Heat it inside of a FirePit/Pit Kiln or you can use the Crucible over a Forge. Just make sure to pick a way that gets hot enough for the metal you are working with. Not only will you be using this to get molten metal for Casting but you can make Alloys with these same methods! When doing this make sure to follow the recipe for the alloy you wish to make otherwise you will end up with Unknown Metal!

Bloomery

The Bloomery is where you will make an Iron Bloom that is then turned into Wrought Iron. This is the only way of getting Wrought Iron as melting Iron will give you nothing.

Blast Furnace

A Blast Furnace is your gateway to Steel and all the Steel Alloys. Smelting Iron Ore in a blast furnace will give you Pig Iron that is then worked into steel.

Temperatures

Each metal has 4 specific temperature ranges that allow you do work with it. These are known as the Unworkable, Workable, Weldable and Liquid ranges. Metal must be in either the Workable or Weldable range to be worked, but can only be welded in the Weldable range!

  • Working temperature is found by doing Melting Temp * 0.6
  • Welding temperature is found by doing Melting Temp * 0.8
Item Warming Hot Very Hot Faint Red Dark Red Bright Red Orange Yellow Yellow White White Brilliant White
. . : :. :: . . : :. :: . . : :. :: . . : :. :: . . : :. :: . . : :. :: . . : :. :: . . : :. :: . . : :. :: . . : :. :: . . : :. ::
Ingot Bismuth.png Bismuth 162° 216° 270° 3000°
Ingot Tin.png Tin 138° 184° 230° 3000°
Ingot Zinc.png Zinc 252° 336° 420° 3000°
Ingot Copper.png Copper 648° 864° 1080° 30000°
Ingot Bismuth Bronze.png Bismuth Bronze 591° 648° 985° 3000°
Ingot Black Bronze.png Black Bronze 642° 856° 1070° 3000°
Ingot Brass.png Brass 558° 744° 930° 3000°
Ingot Bronze.png Bronze 570° 760° 950° 3000°
Ingot Lead.png Lead 196.8° 262.4° 328° 3000°
Ingot Gold.png Gold 636° 848° 1060° 3000°
Ingot Rose Gold.png Rose Gold 576° 768° 960° 3000°
Ingot Silver.png Silver 576.6° 768.8° 961° 3000°
Ingot Sterling Silver.png Sterling Silver 540° 720° 900° 3000°
Ingot Pig Iron.png Pig Iron 921° 1228° 1535° 3000°
Ingot Platinum.png Platinum 1038° 1384° 1730° 3000°
Ingot Wrought Iron.png Wrought Iron 921° 1228° 1535° 3000°
Ingot Nickel.png Nickel 871.8° 1162.4° 1453° 3000°
Ingot Steel.png Steel 924° 1232° 1540° 3000°
Ingot Black Steel.png Black Steel 891° 1188° 1485° 3000°
Ingot Blue Steel.png Blue Steel 924° 1232° 1540° 3000°
Ingot Red Steel.png Red Steel 924° 1232° 1540° 3000°
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