Applications of Steels

Steel Types and Codes are used to define the chemical composition, mechanical properties, hardening capabilities, surface quality, and other characteristics of steel. The specific use of a particular steel type is determined based on these features and application requirements.

For instance, parts requiring high strength and wear resistance, such as transmission shafts, are manufactured using high-carbon and alloy steels. These steel codes are specifically developed for components like transmission shafts, designed to meet specific requirements such as hardening capabilities, strength, and surface hardening features.

Automotive steels, known for their high quality, are specifically used in the automotive sector. These steels need to possess high strength, excellent wear resistance, precision, machinability, and low tendency for hardening to be used in automatic machining operations.

Manufacturing steels encompass various types of steel with different properties used across multiple sectors. For example, low-carbon structural steels are commonly used in construction, machinery, and automotive sectors, while high-strength alloy steels find applications in heavy industrial equipment, aircraft, ships, and defense industries.

This coding system is developed to define the characteristics and application areas of each steel type. Steel manufacturers utilize specific coding systems to ensure the production of standardized steels, facilitating customers in selecting and using steels that meet their specific requirements.