Steel has the following main advantages:
High Strength: Steel has high tensile strength and yield strength, and can withstand large external forces without easily deforming or breaking. This makes steel widely used in construction, bridges, heavy machinery and other fields.
Good toughness: Steel can absorb energy when it is impacted or vibrated, maintain its integrity, and is not easy to break brittlely. This property makes steel perform well in applications that need to withstand dynamic loads.
Good plasticity: Steel can undergo large deformations under certain stresses without damage, which is easy to process and form. Steel can be processed through a variety of processes such as forging, rolling, and cutting to make tools or components of various shapes and sizes.
Wear resistance: The surface hardness of steel is high, which can resist wear and scratches and extend the service life of the tool. This feature makes steel have an advantage in manufacturing wear-resistant parts.
Durability: Steel is very durable and can withstand harsh environmental conditions and long-term use. This makes steel perform well in applications that require long-term stable performance.
Uniform quality and reliable performance: Steel has higher performance utilization efficiency than other non-metallic materials, uniform quality and reliable performance. This makes steel perform well in various engineering applications.
