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Difference between revisions of "Bismuth bronze"
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− | {{ | + | {{Quality|Superior}} |
− | {{Alloy3|name=Bismuth bronze|color=6:6:1|color1=7:3:0|color2=6:4:0|color3=5:5:1 | + | {{Alloy3|name=Bismuth bronze |
+ | |sample= | ||
+ | [[File:BismuthBronzeSample.png|center|frameless]] | ||
+ | |graphic=bismuth_bronze_bar_sprite.png | ||
+ | |color=6:6:1 | ||
+ | |color1=7:3:0 | ||
+ | |color2=6:4:0 | ||
+ | |color3=5:5:1 | ||
|recipe= | |recipe= | ||
* 1 [[Tin]] | * 1 [[Tin]] | ||
Line 21: | Line 28: | ||
* Liquid [[density]] 8020 | * Liquid [[density]] 8020 | ||
* [[Specific heat]] 435 | * [[Specific heat]] 435 | ||
− | }}{{av | + | }}{{av}} |
− | '''Bismuth bronze''' is an alloy of [[copper]], [[tin]] and [[bismuth]] | + | '''Bismuth bronze''' is an alloy of [[copper]], [[tin]] and [[bismuth]], with exactly the same [[weapon]] and [[armor]] properties as regular [[bronze]]. However, it is slightly more valuable (×6 vs ×5) than regular bronze. |
==Uses== | ==Uses== | ||
Line 32: | Line 39: | ||
Bismuth bronze is made with the following recipe: | Bismuth bronze is made with the following recipe: | ||
− | * | + | * from [[bar]]s (not [[ore]]s): 1 [[Tin]] bar + 2 [[Copper]] bars + 1 [[Bismuth]] bar = 4 Bismuth Bronze bars |
− | Because of these proportions, bismuth bronze is produced in lots of four bars at a time. While the ores must be smelted normally, only one additional [[fuel]] is needed to produce those four bars of bismuth bronze from the four bars noted above at a regular [[smelter]]. At a [[magma smelter]], fuel isn't an issue, although the additional time and labor of smelting each ore into bars should still be considered. | + | Because of these proportions, bismuth bronze is produced in lots of four bars at a time. While the ores must be smelted normally, only one additional [[fuel]] is needed to produce those four bars of bismuth bronze from the four bars noted above at a regular [[smelter]]. At a [[magma smelter]], fuel isn't an issue, although the additional time and labor of smelting each ore chunk into bars should still be considered. |
Bismuth bronze also provides more weapons-grade metal per tin bar than regular bronze, which may be a consideration if [[cassiterite]] is rare on your map. | Bismuth bronze also provides more weapons-grade metal per tin bar than regular bronze, which may be a consideration if [[cassiterite]] is rare on your map. | ||
==Trivia== | ==Trivia== | ||
− | In real life, bismuth bronze is often used in applications where ordinary bronze would corrode. Unlike in Dwarf Fortress, real bismuth bronze typically does not contain more than 1-3% bismuth by weight, though in some cases, up to 6% bismuth may be used. | + | In real life, bismuth bronze is often used in applications where ordinary bronze would corrode. Unlike in ''Dwarf Fortress'', real bismuth bronze typically does not contain more than 1-3% bismuth by weight, though in some cases, up to 6% bismuth may be used. Bismuth bronze is very corrosion-resistant, much like gold. |
[[File:combronze.jpg|thumb|250px|center|Long bismuth bronze bars.]] | [[File:combronze.jpg|thumb|250px|center|Long bismuth bronze bars.]] |
Latest revision as of 00:31, 16 May 2024
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v50.14 · v0.47.05 This article is about the current version of DF.Note that some content may still need to be updated. |
Bismuth bronze is an alloy of copper, tin and bismuth, with exactly the same weapon and armor properties as regular bronze. However, it is slightly more valuable (×6 vs ×5) than regular bronze.
Uses[edit]
Just like regular bronze, it can be used to make weapons and armour, along with all furniture and other objects. Bismuth bronze is 20% more valuable than bronze and three times more valuable than its component parts.
Obtaining[edit]
Bismuth bronze is made with the following recipe:
Because of these proportions, bismuth bronze is produced in lots of four bars at a time. While the ores must be smelted normally, only one additional fuel is needed to produce those four bars of bismuth bronze from the four bars noted above at a regular smelter. At a magma smelter, fuel isn't an issue, although the additional time and labor of smelting each ore chunk into bars should still be considered.
Bismuth bronze also provides more weapons-grade metal per tin bar than regular bronze, which may be a consideration if cassiterite is rare on your map.
Trivia[edit]
In real life, bismuth bronze is often used in applications where ordinary bronze would corrode. Unlike in Dwarf Fortress, real bismuth bronze typically does not contain more than 1-3% bismuth by weight, though in some cases, up to 6% bismuth may be used. Bismuth bronze is very corrosion-resistant, much like gold.
you can make a lighter colored bronze by adding bismuth, used temp values from bronze, used by incas, at least according to one source ha ha
[INORGANIC:BISMUTH_BRONZE]
[USE_MATERIAL_TEMPLATE:METAL_TEMPLATE]
[STATE_NAME_ADJ:ALL_SOLID:bismuth bronze]
[STATE_NAME_ADJ:LIQUID:molten bismuth bronze]
[STATE_NAME_ADJ:GAS:boiling bismuth bronze]
[DISPLAY_COLOR:6:6:1]
[BUILD_COLOR:6:6:1]
[MATERIAL_VALUE:6]
[SPEC_HEAT:435]
[MELTING_POINT:11868]
[BOILING_POINT:14140]
[ITEMS_WEAPON][ITEMS_WEAPON_RANGED][ITEMS_AMMO][ITEMS_DIGGER][ITEMS_ARMOR]
[SOLID_DENSITY:8250] used bronze
[LIQUID_DENSITY:8020]
[MOLAR_MASS:80000]
[IMPACT_YIELD:602000]
[IMPACT_FRACTURE:843500]
[IMPACT_STRAIN_AT_YIELD:547]
[COMPRESSIVE_YIELD:602000]
[COMPRESSIVE_FRACTURE:843500]
[COMPRESSIVE_STRAIN_AT_YIELD:547] no data, used 110
[TENSILE_YIELD:172000]
[TENSILE_FRACTURE:241000]
[TENSILE_STRAIN_AT_YIELD:156] 110
[TORSION_YIELD:172000]
[TORSION_FRACTURE:241000]
[TORSION_STRAIN_AT_YIELD:156]
[SHEAR_YIELD:172000]
[SHEAR_FRACTURE:241000]
[SHEAR_STRAIN_AT_YIELD:156] no data, used 110
[BENDING_YIELD:172000]
[BENDING_FRACTURE:241000]
[BENDING_STRAIN_AT_YIELD:156]
[MAX_EDGE:10000]
[ITEMS_HARD]
[ITEMS_METAL]
[ITEMS_BARRED]
[ITEMS_SCALED]
[STATE_COLOR:ALL_SOLID:TAN] |
Base | |
---|---|
Alloys |
Billon • Bismuth bronze • Black bronze • Brass • Bronze • Electrum • Fine pewter • Lay pewter • Nickel silver • Pig iron • Rose gold • Steel • Sterling silver • Trifle pewter |
Special |