Utility metals are metal types that have been developed and are commercially available to meet the demand for all types of standard metal products due to the well-balanced properties (type, strength, cost, etc.) that meet most people's basic requirements. Utility metals can also be manufactured at volume (very high quantity); therefore, they are a primary resource for everyday structures, mechanical parts, and products across all industries.

Key Features:

• Utility Metal Is Readily Available: Utility metals are manufactured in large volumes; thus, they are readily available for use when producing standard products commercially.
• Utility Metal Properties Are Well-Balanced: The mechanical properties of utility metals are well balanced with respect to strength and workability, thus making them appropriate materials for standard applications.
• Utility Metals Are Economical: Utility metals are available in reasonable price ranges when compared to other types of specialty or alloyed metals. This contributes to the ability to manufacture utility metals on a large scale continuously and economically.

The importance of utility metals in the industrial and economic development process is evident when considering that utility metals such as iron, steel, aluminum, copper, etc., are extensively used on a regular basis for building, transportation, electrical systems, equipment manufacturing, and consumer products. Utility metals enable engineers and manufacturers to deliver equipment and structures with specified functional performance at an affordable price and level of complexity. In conclusion, utility metals are valuable, flexible, functional resources and will continue to be extremely viable materials within the engineering, construction, and manufacturing sectors worldwide.