The Wiki for Tale 8 is in read-only mode and is available for archival and reference purposes only. Please visit the current Tale 11 Wiki in the meantime.

If you have any issues with this Wiki, please post in #wiki-editing on Discord or contact Brad in-game.

Difference between revisions of "Octec's Alloy"

From A Wiki in the Desert
Jump to navigation Jump to search
m (Adding English language flag using the "L" template)
m (Renamed link from "University of Art" to "University of Art and Music")
Line 22: Line 22:
 
==Research and Tuition==
 
==Research and Tuition==
 
*''750 are required for [[Advanced Automation]] at [[University of Architecture]]''
 
*''750 are required for [[Advanced Automation]] at [[University of Architecture]]''
* ''250 required to research [[Advanced Blacksmithing 2]] at [[University of Art]]''
+
* ''250 required to research [[Advanced Blacksmithing 2]] at [[University of Art and Music]]''
 
*''2500 required for [[Advanced Casting]] research''
 
*''2500 required for [[Advanced Casting]] research''
 
*''500 required for [[Gear Casting 3]] research''
 
*''500 required for [[Gear Casting 3]] research''

Revision as of 15:53, 22 October 2018

English français
Warning.png

Information From Tale 7
The information in this article is based on Tale 7 and has not yet been verified in Tale 8. Please use such information with care as things may have changed in Tale 8.
If you are able to confirm and provide updated information, please consider updating this article and removing this warning.

Octec's Alloy
Octec's Alloy
(Item)
Weight ?
Bulk ?


Sources

An Alloy made from Steel, Thoth's Metal, Water Metal and tungsten in a Reactory. Requires Advanced Metallurgy 5 Technology from the University of Harmony

Cost

Note: Unlike other alloys, batches of Octec's alloy cannot be reheated. A failed batch must be abandoned by using the Utility menu.

Uses

Research and Tuition

Yields

Crystall-
ization
Batch Size Efficiency
1x 2x 4x 7x
7% 0 0
46% 0 0
53% 3 21
61% 6 42
69% 9 63
76% 12 84
84% 15 105
92% 18 126
100% 21 147

Efficiency is debens of alloy produced divided by the total debens of input metals.

Related Pages

Alloys