Ores & Resources
New Ores
Electrodynamics adds many new ores to the world. Each exists in both normal (stone) and deepslate versions. Use a crusher to double your yield.
Ore Table
| Ore | Name | Ingot | Primary Use |
|---|---|---|---|
 |
Aluminum |  |
Cables, lightweight machinery, composite armor |
 |
Lead |  |
Radiation shielding (Nuclear Science), batteries |
 |
Silver |  |
High-conductivity cables, electronic components |
 |
Uranium |  |
Nuclear fuel (Nuclear Science) — radioactive |
 |
Titanium |  |
Combat armor, advanced machinery |
 |
Vanadium |  |
Vanadium steel, VS-Ceramic pipes (Nuclear Science) |
 |
Chromium |  |
Stainless steel, heat-resistant components |
 |
Lithium |  |
Lithium batteries, energy storage |
 |
Molybdenum |  |
HSS steel, drilling tools |
 |
Salt | — | Electrolysis, chlorine and sodium production |
 |
Niter | — | Fertilizer, explosives |
 |
Sulfur | — | Sulfuric acid, chemistry |
Doubling Yield
Process your ores in a crusher before smelting them to get 2 dusts per ore, effectively doubling your ingots. This is one of the first optimizations to set up.
Composite Materials
| Material | Components | Use |
|---|---|---|
 Steel |
Iron smelted in a blast furnace | Base for almost all machinery |
 Vanadium Steel |
Steel + Vanadium | High-temperature pipes (MSR) |
 Stainless Steel |
Steel + Chromium | Corrosion-resistant machinery |
 HSS Steel |
Steel + Molybdenum | Drill heads, cutting tools |
 Titanium Carbide |
Titanium + Carbon | Advanced combat armor |
 Superconductor |
Advanced components | Lossless cables, end-game machinery |
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