Ingot (Stellite) - Revision history

TMarkos: Added items, fixed links, removed obsolete items.

2026-01-15T10:52:23Z

Added items, fixed links, removed obsolete items.

188.68.106.223 at 13:23, 11 May 2025

2025-05-11T13:23:53Z

103.238.195.210 at 03:27, 26 February 2025

2025-02-26T03:27:18Z

Starviking: Rearranged the recommendations for making stellite to reduce redundant wording

2024-08-07T02:20:22Z

Rearranged the recommendations for making stellite to reduce redundant wording

Starviking: Updated the instructions for making Stellite.

2024-08-07T02:16:36Z

Updated the instructions for making Stellite.

MisterCrow: Changes to fuel mix requirements to make Stellite since Phase Change update

2023-11-29T10:10:27Z

Changes to fuel mix requirements to make Stellite since Phase Change update

A137 at 18:59, 30 October 2023

2023-10-30T18:59:42Z

A137: add rocket automation module, note cargo and command are not used at this time

2023-10-30T18:57:40Z

add rocket automation module, note cargo and command are not used at this time

Z18 at 07:56, 5 August 2023

2023-08-05T07:56:34Z

MisterCrow: Fixed mistake saying the Stellite requires 1:1 fuel mix of volatiles and Oxite, to Volatiles and NO2

2022-10-13T09:28:32Z

Fixed mistake saying the Stellite requires 1:1 fuel mix of volatiles and Oxite, to Volatiles and NO2

@@ Line 34: / Line 34: @@
 <!--T:3-->
 g [[Heavy Filter]]s
 g [[Hardsuit]]
 g [[Hardsuit Helmet]]
 g [[Hardsuit Backpack]]
 g [[Hardsuit Jetpack]]
-g [[Kit (Battery Large)]]
+g [[HARM Suit]]
-g [[Stellite Glass Sheets]] (one required per reinforced window)
+g [[Plant Genetic Splicer]]
 </translate>

@@ Line 17: / Line 17: @@
 <!--T:5-->
-[[Ingot (Stellite)]] is an super alloy. It is used in crafting of various [[Rocket]] parts and [[Hardsuit]] pieces.
+[[Ingot (Stellite)]] is an super alloy, that functions as a stronger version of [[Silicon]] glass. It is used in crafting of various [[Rocket]] parts and [[Hardsuit]] pieces. On top of that, [[Stellite Glass Sheet]]s are used as paneling for Reinforced Windows and storm-resistant working surfaces for Angled Heavy [[Solar Panel]]s.
 NOTE: Pressure and Temp requirements were changed in the December 2020 Blown Away update.

@@ Line 24: / Line 24: @@
 <!--T:3-->
-It is created by smelting a ratio of 2:1:1 using [[Silicon]], [[Silver]] and [[Cobalt]] in the [[Advanced Furnace]]. A practical recipe for making stellite is  2 [[Ice_(Volatiles)|Volatile Ice]] and 1 [[Ice_(Oxite)|Oxite]] followed by 50 Silver Ore, 50 Cobalt Ore and 100 Silicon Ore in the [[Advanced Furnace]].
+It is created by smelting a ratio of 2:1:1 using [[Silicon]], [[Silver]] and [[Cobalt]] in the [[Advanced Furnace]]. A practical recipe for making Stellite is  2 [[Ice_(Volatiles)|Volatile Ice]] and 1 [[Ice_(Oxite)|Oxite]] followed by 50 Silver Ore, 50 Cobalt Ore and 100 Silicon Ore in the [[Advanced Furnace]].
 The primary challenge in smelting Stellite is the temperature requirement.  The more ore you include in the batch, the more heat will be lost in liquifying the ore.  Using a 100:50:50 mix will drive the temperature below 1800 K and you will end up with several lumps of [[Reagent Mix]].  50:25:25 will leave the temperature high enough to properly form the alloy. It is recommended to use [[Volatiles]] and [[Nitrous Oxide]] mixed at a 1:1 ratio in the [[Advanced Furnace]].<br>
 <br>
-NOTE: Since the "Phase Change" update in July 2023, it seems Stellite can now be made using a perfect fuel mix (2:1) of Volatiles and Oxygen, instead of using N2O. However this needs further testing. <br><br>
+NOTE: Since the "Phase Change" update in July 2023, Stellite can now be made using a perfect fuel mix (2:1) of Volatiles and Oxygen, relying on the additional combustion of the 1:1 ratio of N20 and Volatiles released from non-degassed Cobalt and Silver Ore. (1 mol per ore) <br><br>
 NOTE: January StationEARS update reduced the yields from smelting super alloys. 2 [[Silicon]], 1 [[Silver]], and 1 [[Cobalt]] will now return only 1 [[Ingot (Stellite)]].

@@ Line 24: / Line 24: @@
 <!--T:3-->
-It is created by smelting a ratio of 2:1:1 using [[Silicon]], [[Silver]] and [[Cobalt]] in the [[Advanced Furnace]]. It is recommended to use [[Volatiles]] and [[Nitrous Oxide]] mixed at a 1:1 ratio in the [[Advanced Furnace]].<br>
+It is created by smelting a ratio of 2:1:1 using [[Silicon]], [[Silver]] and [[Cobalt]] in the [[Advanced Furnace]]. A practical recipe for making stellite is  2 [[Ice_(Volatiles)|Volatile Ice]] and 1 [[Ice_(Oxite)|Oxite]] followed by 50 Silver Ore, 50 Cobalt Ore and 100 Silicon Ore in the [[Advanced Furnace]].
-The primary challenge in smelting Stellite is the temperature requirement.  The more ore you include in the batch, the more heat will be lost in liquifying the ore.  Using a 100:50:50 mix will drive the temperature below 1800 K and you will end up with several lumps of [[Reagent Mix]].  50:25:25 will leave the temperature high enough to properly form the alloy.
+The primary challenge in smelting Stellite is the temperature requirement.  The more ore you include in the batch, the more heat will be lost in liquifying the ore.  Using a 100:50:50 mix will drive the temperature below 1800 K and you will end up with several lumps of [[Reagent Mix]].  50:25:25 will leave the temperature high enough to properly form the alloy. It is recommended to use [[Volatiles]] and [[Nitrous Oxide]] mixed at a 1:1 ratio in the [[Advanced Furnace]].<br>
 <br>
-NOTE: Since the "Phase Change" update in July 2023, it seems Stellite can now be made using a perfect fuel mix (2:1) of Volatiles and Oxygen, instead of using N2O. However this needs further testing. <br>
+NOTE: Since the "Phase Change" update in July 2023, it seems Stellite can now be made using a perfect fuel mix (2:1) of Volatiles and Oxygen, instead of using N2O. However this needs further testing. <br><br>
 NOTE: January StationEARS update reduced the yields from smelting super alloys. 2 [[Silicon]], 1 [[Silver]], and 1 [[Cobalt]] will now return only 1 [[Ingot (Stellite)]].

@@ Line 24: / Line 24: @@
 <!--T:3-->
-It is created by smelting a ratio of 2:1:1 using [[Silicon]], [[Silver]] and [[Cobalt]] in the [[Advanced Furnace]]. It is recommended to use [[Volatiles]] and [[Nitrous Oxide]] mixed at a 1:1 ratio in the [[Advanced Furnace]].
+It is created by smelting a ratio of 2:1:1 using [[Silicon]], [[Silver]] and [[Cobalt]] in the [[Advanced Furnace]]. It is recommended to use [[Volatiles]] and [[Nitrous Oxide]] mixed at a 1:1 ratio in the [[Advanced Furnace]].<br>
-NOTE: Since the "Phase Change" update in July 2023, it seems Stellite can now be made using a perfect fuel mix (2:1) of Volatiles and Oxygen, instead of using N2O. However this needs further testing.
+Stellite can be created using 2 [[Ice_(Volatiles)|Volatile Ice]] and 1 [[Ice_(Oxite)|Oxite]] followed by 50 Silver Ore, 50 Cobalt Ore and 100 Silicon Ore in the [[Advanced Furnace]].
 The primary challenge in smelting Stellite is the temperature requirement.  The more ore you include in the batch, the more heat will be lost in liquifying the ore.  Using a 100:50:50 mix will drive the temperature below 1800 K and you will end up with several lumps of [[Reagent Mix]].  50:25:25 will leave the temperature high enough to properly form the alloy.
+<br>
 NOTE: January StationEARS update reduced the yields from smelting super alloys. 2 [[Silicon]], 1 [[Silver]], and 1 [[Cobalt]] will now return only 1 [[Ingot (Stellite)]].