Valued for its rarity and gleaming beauty. Aside from its unique decorative purposes, Gold is a key component in high-tier electronics and space technologies due to its excellent conductivity and resistance to corrosion.
Known for its excellent conductivity, Copper is essential for creating electric circuits and wiring systems. It can also be alloyed with Tin to create Bronze, a key material for recharge stations to recharge Power Cells.
Dense and high in caloric content, Coal has been the cornerstone of industrial advancements, offering significant heat output for material production. Coal is also known as a key component for filtering gas and liquids, as well as creating strong materials such as carbon fiber and much more.
Oil stands as the cornerstone of industrial prowess. Not only is it the catalyst for crafting versatile materials like plastics and rubbers, it also fuels the flames of progress, serving as a vital petrochemical source and essential heating agent.
A sturdy natural resource, Limestone is used to create concrete for building infrastructure. It is also used in the production of glass and can be processed to help soil in farming.
The source of life itself, Water is needed to sustain your population and agriculture. In addition, Water has various industrial applications, including purifying (e.g. electrolysis and ultrasonic cleaning) and cooling metals.
Strong and often a great material of choice, Iron is an essential component for many objects in Earth 2. Refining and processing Iron into different types of steel achieves good compressive strength for buildings yet also achieves structural strength for vehicles.
Sourced from trees, Wood is a resource as versatile as it is vital. Wood can be used to build homes or burnt as a heat source for industrial processes. Naturally, there are many applications for wood.
Abundant and incredibly versatile, Sand is the key ingredient for creating glass, concrete, and silicon, which are essential materials for everything from homes to skyscrapers, transportation technologies to computer chips, and more.
Primarily used in galvanizing Iron to prevent rust reducing maintenance requirements efficiently. Indium, derived from Zinc, plays a crucial role in the electronics systems and the performance of vehicles.