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| [[Category:Ingot]] | | [[Category:Ingot]] |
− | <languages />
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− | <translate>
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− | <!--T:4-->
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| {{Itembox | | {{Itembox |
| | name = Ingot (Inconel) | | | name = Ingot (Inconel) |
| | image = [[File:ItemInconelIngot.png]] | | | image = [[File:ItemInconelIngot.png]] |
− | | stacks = 500g | + | | stacks = 50x |
| | createdwith = [[Advanced Furnace]] | | | createdwith = [[Advanced Furnace]] |
− | | cost = 2:1:1 ratio of<br>[[Gold]], [[Nickel]], [[Steel]] | + | | cost = 2g [[Nickel]], 1g [[Gold]], 1g [[Iron]] |
− | | maxtemp = 600 K to 100000 K | + | | maxtemp = 1150 to 1250 K |
− | | maxpressure = 23.5 MPa to 24 MPa | + | | maxpressure = 4250 to 4750 kPa |
| | hashid = -787796599 | | | hashid = -787796599 |
| }} | | }} |
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− | == Description == <!--T:1-->
| + | [[Ingot (Inconel)]] is an alloy created by smelting [[Nickel]], [[Gold]] and [[Iron]] in the [[Advanced Furnace]]. Inconel is used to create the [[Tool Printer Mod]]. |
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− | <!--T:5-->
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− | [[Ingot (Inconel)]] is a super alloy. It is used in crafting various [[:Category:Tools|tools]] and [[Rocket]] parts. | |
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− | NOTE: Pressure and Temp requirements were changed in the December 2020 Blown Away update.
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− | == Obtaining == <!--T:2-->
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− | <!--T:3-->
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− | It is created by smelting a ratio of 2:1:1 using [[Gold]], [[Nickel]] and [[Steel]] in the [[Advanced Furnace]].
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− | NOTE: January StationEARS update reduced the yields from smelting super alloys. 2 [[Gold]], 1 [[Nickel]], and 1 [[Steel]] will now return only 1 [[Ingot (Inconel)]].
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− | == Items used in == <!--T:2-->
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− | <!--T:3-->
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− | 5g [[Battery Cell]] Nuclear
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− | 25g [[Rocket]] Launch Pad
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− | 15g [[Rocket]] Command Pod (not functional at time of edit)
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− | 10g [[Rocket]] Automated Rocket Automation Module
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− | 5g [[Sensor Lenses]]
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− | == Recipes ==
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− | Using an [[Advanced Furnace]] on Mars it is possible to smelt Inconel by using a gas mix of
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− | * 50% CO<sub>2</sub>
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− | * 33% H<sub>2</sub> ( = 66% /2 )
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− | * 17% O<sub>2</sub> ( = 34% /2)
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− | * at 291K (18°C)
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− | Pressurize the furnace to over 2100 kPa. After igniting this will give you a pressure of 26800 kPa and temperature of 1900K. As the reagents melt, the temperature will decrease and with it the pressure. Unless the furnace is in a vacuum, it will conduct heat to the surrounding atmosphere and eventually drop to the 24MPa level and you can dispense the ingot. If the furnace ''is'' in a vacuum, you can activate the output pump of the furnace (start at 1L) to bring the pressure down.
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− | This recipe was tested in creative to create a 25g ingot of inconel from 50g of gold ore, 25g of nickel ore, and 50g of steel ingot. Larger batches will probably require a higher starting pressure to provide enough energy to melt the increased mass.
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− | These values were calculated using [[Furnace temperature and pressure math]].
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− | </translate>
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− | Update 0.2.2728.13232 - Fri 15/01/2021
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