Test Element

Wolframite ((Fe,Mn)WO4) is a dense metallic element in a solid state. It is composed primarily of iron and manganese tungstate and serves as a natural source of tungsten. As a compact, metallic mineral, wolframite is valued for its tungsten content and is suitable for use in the construction of power systems.

Wolframite appears in the game as a solid, mineable deposit that yields tungsten when processed. Its density and metallic character make it an appropriate raw material wherever tungsten is required for energy infrastructure. Because the in-game representation emphasizes its role as a tungsten-bearing ore, wolframite is treated primarily as an industrial resource rather than as a gas, liquid, or fragile material.

• Composition: chemical formula (Fe,Mn)WO4 indicates iron- and manganese-bearing tungstate.
• State: solid; described as a dense, metallic element/mineral.
• Primary use: source of tungsten; indicated as suitable material for building power systems and energy-related structures.
• Processing: wolframite is obtained as ore and must be processed to produce usable tungsten (the sources identify it as a tungsten source).
• Handling notes: treat wolframite deposits as ore nodes to be mined and refined for downstream use in energy production chains. Its density and metallic classification affect where it can be used and how it is processed in manufacturing chains.

Wolframite’s role in gameplay centers on its position in resource and technology progression. Players should prioritize access to wolframite when planning mid- to late-game power infrastructure that requires tungsten-derived components. Mining and refining workflows will convert wolframite into the tungsten materials needed for construction and equipment, making control of wolframite deposits strategically important for expanding and maintaining robust power systems.