Difference between revisions of "Silksteel Alloys"
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| − | {{TechInfoBox|desc=Strong, flexible metals for construction and defense|military=3|tech=0|infra=4|colonize=2|preq=Subat|preq2=IndAuto|enables=DocSec|enables2=Magnets|armor=[[Silksteel Armor]]|quote=Until quite recently, spider silk had the highest tensile strength<br /> | + | {{TechInfoBox|logo=[[File:Silksteel Alloys.png|215px]]|desc=Strong, flexible metals for construction and defense|military=3|tech=0|infra=4|colonize=2|preq=Subat|preq2=IndAuto|enables=DocSec|enables2=Magnets|armor=[[Silksteel Armor]]|quote=Until quite recently, spider silk had the highest tensile strength<br /> |
of any substance known to man, and the name Silksteel pays homage<br /> | of any substance known to man, and the name Silksteel pays homage<br /> | ||
to the arachnid for good reason.<br /> | to the arachnid for good reason.<br /> | ||
Latest revision as of 08:25, 26 April 2013
| Silksteel Alloys | |
|---|---|
 |
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| Requires | Advanced Subatomic Theory, Industrial Automation |
| Leads to | Photon/Wave Mechanics, Monopole Magnets |
| Armor | Silksteel Armor |
Until quite recently, spider silk had the highest tensile strength
of any substance known to man, and the name Silksteel pays homage
to the arachnid for good reason.
- —Commissioner Pravin Lal,
- “U.N. Scientific Survey”
- —Commissioner Pravin Lal,
The growing field of Industrial Automation causes increased demand for new kinds of material that can withstand the incredible stresses of the robotic factories. Discoveries in Advanced Subatomic Theory provide engineers with these materials, dubbed Silksteel Alloys for their extraordinary tensile strength and flexibility.
