Basic knowledge of Docol 500HE steel

Docol 500HE is a high edge ductility steel, which belongs to the Docol® series of products of SSAB. From the actual application and related descriptions, it has excellent performance and shows good applicability in the automotive field

Mechanical Properties

Chemical Composition

Characteristics and parameters of Docol 500HE steel

1. Mechanical properties: Although the specific mechanical property data of Docol 500HE is not directly given, as a high edge ductility steel, it may have similar characteristics with Docol HR420Y480T HE in the same series, such as improved local formability and good overall formability, and the trimming quality may also be relatively good.

2. Chemical composition: There is information about the sulfur content of SSAB Docol500HE, but the data statement "1.1650C" is unclear. However, it can be inferred that it contains common elements such as carbon and sulfur. The specific and accurate composition needs to be further referred to the official detailed information.

3. Physical properties: The density of Docol 500HE steel is one of its important physical properties. Density is not only related to weight calculation, but also directly affects the price of steel. It is also an important consideration when selecting materials.

Docol 500HE steel specifications and supply

Product specifications: A variety of specifications are available, such as cold-rolled, hot-rolled, pickled and other types of steel. Commonly used coils or flat plates are 1.51250C, 0.81250C, 1.01250C, 1.21250C, 0.51250C and other specifications.

Docol 500HE steel application areas

This steel has a wide range of uses and can be used in many fields such as automobiles, solar energy, metal products, household appliances, precision electronics, containers, machinery manufacturing, elevators, sanitary ware, rail transportation, pressure vessels, architectural decoration, etc. In the automotive field, it has positive significance for exploring unique automotive applications, trying new production methods, and manufacturing lighter parts to improve fuel efficiency, crash resistance and sustainability.