Docol 420LA High Strength Low Alloy Steel (HSLA)

Docol 420LA : Docol 420LA steel is a high-strength low-alloy steel, which can be supplied as hot-rolled steel and cold-rolled steel. Docol HR420LA-UC can be customized according to the agreement and are supplied with S420MC based on EN 10149-2:2010 standard.

Docol 500LA High Strength Low Alloy Steel (HSLA)

Docol 500LA : Docol 500LA is a high-strength low-alloy steel that provides properties for modern rapid production methods. Typical applications include bent profiles. Docol HR500LA-IC can be customized according to the agreement, based on the EN10149-2:2010 standard S500MC supply.

Docol 550LA High Strength Low Alloy Steel (HSLA)

Docol 550LA : Docol 550LA is a high-strength low-alloy that provides performance for modern rapid production methods. Applications include bending profiles. Docol HR550LA-UC can be customized according to the agreement and are supplied with S550MC based on EN 10149-2:2010 standard.

Docol 600LA High Strength Low Alloy Steel (HSLA)

Docol 600LA : Docol 600LA is a high-strength low-alloy that provides the performance for modern, rapid production methods. Applications include components and parts of load bearing structures such as chassis. Docol HR600LA-UC can be customized according to the agreement and can be supplied in the form of S600MC double authentication based on EN 10149-2:2010 standard.

Docol 500DP Dual Phase Steel (DP)

Docol 500DP: Docol 500DP dual-phase steel has good formability and weldability and is suitable for automotive safety components such as reinforcements. This steel is subjected to a special heat treatment, which mainly produces a two-phase structure. Ferrite, which can impart formability, represents one phase, while martensite, which is responsible for strength, represents the other phase. Bainite may also be present as a complementary phase.

Docol 600DP Dual Phase Steel (DP)

Docol 600DP:Docol 600DP dual-phase steel has good formability and welding performance, and is suitable for automotive safety components such as seat frames. This copper undergoes a special heat treatment, which mainly produces a two-phase structure. Ferrite, which can impart formability, represents one phase, while martensite, which is responsible for strength, represents the other phase. Bainite may be present as a complementary phase.

Docol 800DP Dual Phase Steel (DP)

Docol 800DP:Docol 800DP dual-phase steel has good formability and can be used in the production of automotive safety components. This steel is subjected to a special heat treatment, which mainly produces a two-phase structure. Ferrite, which can impart formability, represents one phase, while martensite, which is responsible for strength, represents the other phase. Bainite may exist as a complementary phase.

Docol 1000DP Dual Phase Steel (DP)

Docol 1000DP: Docl 1000DP steel developed to increase automotive safety has excellent forming and welding properties. This steel is subjected to a special heat treatment, which mainly produces a two-phase structure. Ferrite, which imparts formability, represents one phase, while martensite, which is responsible for strength, represents the other phase. Bainite may exist in the form of complementary phases.

Docol 355HE High Edge Ductility Steel (HE)

Docol 355HE:Docol HR355Y430T HE is the next generation of hot rolled high strength low alloys with better local formability resulting in higher edge ductility and better trim quality. Docol HR355Y430T HE adopts a new and strict case control method of production, fine metallographic structure, is a pure steel, greatly improves the local formability, while still maintaining good overall formability, suitable for stamping most geometric shapes, and in the trimming quality affects the forming feasibility of the application of excellent performance. Compared with the traditional HSLA grade, this new method of producing Docol HR355Y430T HE has improved the quality of cutting edges, and the steel can well adapt to the requirements of mold adjustment and wear resistance, so it is suitable for precision blanking.