An alloy is a combination of two or more pure materials. Alloys are useful because they typically combine the most valuable traits of their constituent materials. For instance, steel combines the abundance of iron with the strength of carbon. Alloys can provide significant benefits and desirable attributes that the resources they are made of cannot on their own. There are three types of metal alloys; Conductor Metals, Heavy Metals and Light Metals . Alloys are the major constituent of parts that are then assembled into elements.
| Product | Density | Type | Industry Unit | Tier | Ingredients |
|---|---|---|---|---|---|
| Silumin | 3 kg/L | Light Metal | Basic Smelter | 1 | 100L Pure Aluminium |
| 50L Pure Silicon | |||||
| Durilium | 2.80 kg/L | Light Metal | Basic Smelter | 2 | 50L Pure Aluminium |
| 100L Pure Copper | |||||
| Al-Li | 2.50 kg/L | Light Metal | Uncommon Smelter | 3 | 50L Pure Aluminium |
| 100L Pure Lithium | |||||
| 1L Catalyst 3 | |||||
| Sc-Al | 2.85 kg/L | Light Metal | Advanced Smelter | 4 | 100L Pure Scandium |
| 50L Pure Aluminium | |||||
| 50L Pure Lithium | |||||
| 1L Catalyst 4 | |||||
| Grade 5 Titanium | 4.43 kg/L | Light Metal | Rare Smelter | 5 | 50L Pure Aluminium |
| 50L Pure Vanadium | |||||
| 100L Pure Titanium | |||||
| 1L Catalyst 5 | |||||
| Al-Fe | 7.50 kg/L | Conductor Metal | Basic Smelter | 1 | 100L Pure Aluminium |
| 50L Pure Iron | |||||
| Calcium Reinforced Copper | 8.10 kg/L | Conductor Metal | Basic Smelter | 2 | 50L Pure Calcium |
| 100L Pure Copper | |||||
| Cu-Ag | 9.20 kg/L | Conductor Metal | Uncommon Smelter | 3 | 50L Pure Copper |
| 100L Pure Silver | |||||
| 1L Catalyst 3 | |||||
| Red Gold | 14.13 kg/L | Conductor Metal | Advanced Smelter | 4 | 100L Pure Gold |
| 50L Pure Copper | |||||
| 1L Catalyst 4 | |||||
| Ti-Nb Supraconductor | 10.10 kg/L | Conductor Metal | Rare Smelter | 5 | 50L Pure Niobium |
| 100L Pure Titanium | |||||
| 1L Catalyst 5 | |||||
| Steel | 8.05 kg/L | Heavy Metal | Basic Smelter | 1 | 100L Pure Iron |
| 50L Pure Carbon | |||||
| Stainless Steel | 7.75 kg/L | Heavy Metal | Basic Smelter | 2 | 50L Pure Iron |
| 50L Pure Carbon | |||||
| 100L Pure Chromium | |||||
| Inconel | 8.5 kg/L | Heavy Metal | Uncommon Smelter | 3 | 50L Pure Iron |
| 50L Pure Chromium | |||||
| 100L Pure Nickel | |||||
| 1L Catalyst 3 | |||||
| Maraging Steel | 8.23 kg/L | Heavy Metal | Advanced Smelter | 4 | 50L Pure Iron |
| 50L Pure Nickel | |||||
| 100L Pure Cobalt | |||||
| 1L Catalyst 4 | |||||
| Mangalloy | 7.38 kg/L | Heavy Metal | Rare Smelter | 5 | 50L Pure Iron |
| 50L Pure Niobium | |||||
| 100L Pure Manganese | |||||
| 1L Catalyst 5 |
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