Docol | winfa.sk

Docol is one of the strongest cold rolled advanced high-strength steels on the market and has become the material of choice for automotive applications such as side impact beams, bumpers and structural components. SSAB's Docol® brand steels meet specific VDA, SAE, EN, JIS and OEM standards.

Products

Docol® 900 M

Docol 900M martensitic steel helps improve crashworthiness and ensure a lightweight design and cost-efficient production methods for the automotive industry.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1100 M

A martensitic steel with advanced high-tensile strength, Docol 1100M helps improve crashworthiness and ensure a lightweight design and cost-efficient production methods for the automotive industry.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1200 M

Docol 1200M is available both as hot rolled and cold rolled. Docol 1200M martensitic steel helps improve crashworthiness and ensure a lightweight design and cost-efficient production methods for the automotive industry.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1300 M

A Docol martensitic steel with ultra-high tensile strength. Docol 1300M martensitic steel helps improve crashworthiness and ensure a lightweight design and cost-efficient production methods for the automotive industry.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1400 M

Docol 1400M martensitic steel helps improve crashworthiness and ensure a lightweight design and cost-efficient production methods for the automotive industry.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1500 M

A martensitic steel for automotive applications, Docol 1500M allows for increased crashworthiness, lightweight design and cost-efficient production methods for the automotive industry.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1700 M

A martensitic steel for automotive applications, Docol 1700M allows for increased crashworthiness, lightweight design and cost-efficient production methods for the automotive industry.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 600CP

Hot-dip coated steel for lightweight vehicles. Docol 600CP is a steel for complex shapes with energy absorbing capability and corrosion resistance. Examples include complex body-in-white (BIW) and other automotive components. Galvanic corrosion protection of these zinc-based coated products makes them ideal for wet area components.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 800CP

Docol 800CP is intended for designs where high structural strength and energy absorption are desired, suitable for cold formed safety components and crash-relevant equipment within the automotive and transport industries.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1000CP

Docol 1000CP is made for cold forming and allows for a tight bending radius on high-strength applications. These steels are characterized by both a high yield strength and an improved cleanliness, which allows for a tight radius.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1200CP

Docol 1200CP complex phase steel is developed for increased safety in cars. Its ultra-high strength combined with an improved formability allows for weight reduction in BIW applications. This steel undergoes special heat treatment in a continuous annealing or galvanizing line, producing a complex phase structure.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 355 HE

Docol® HE are high-strength low-alloy steels with improved local ductility. Developed for the toughest design and fabrication challenges, this grade of automotive steel provides improved properties for those facing challenges with conventional HSLA material. Typical applications include chassis, seats, mechanisms and drivetrains.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 420 HE

Steel with high edge ductility, also suitable for fine shearing.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 460 HE

Automotive steel with improved local ductility and hole expansion ratio.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 500 HE

Hot rolled steel specially designed for edge ductility and demanding conditions.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 600 DH

Docol 600DH trip assisted dual-phase steel provides improved formability and comparable weldability to traditional dual-phase steels. Its suitabilityfor car safety and structural components are supported not only by deep drawability but also by enhanced edge formability. This steel undergoes a special heat treatment producing mainlytwo-phase structure. Ferrite that imparts unique forming properties represents one phase and martensite that accounts for the strength represents the other phase. Small amounts of bainite and retained austenite improve formability further.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 800 DH

Docol 800DH trip assisted dual-phase steels provide improved formability and weldability and are suitable for car safety and structural components. This steel undergoes a special heat treatment producing mainlytwo-phase structure. Ferrite that imparts unique forming properties represents one phase and martensite that accounts for the strength represents the other phase. Small amount of bainite and retained austenite improves formabilityfurther.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 500 DP

Docol 500DP dual-phase steel possesses good formability and weldability and is suitable for car safety components such as reinforcements. This steel undergoes special heat treatment, producing mainly two phase structure. Ferrite that imparts unique forming properties represents one phase, and martensite that accounts for the strength represents the other phase. Bainite may be present as complementary phase.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 600 DP

Docol 600DP dual-phase steel has good formability and weldability and is suitable for car safety components such as seat racks. This steel undergoes special heat treatment, producing mainly two phase structure. Ferrite that imparts unique forming properties represents one phase, and martensite that accounts for the strength represents the other phase. Bainite may be present as complementary phase.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 800 DP

Docol 800DP dual-phase steels offer good formability for the production of safety details in cars. These steels undergo special heat treatment, producing mainly two phase structure. Ferrite that imparts unique forming properties represents one phase, and martensite that accounts for the strength represents the other phase. Bainite may be present as complementary phase.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 1000 DP

Developed for increased safety in cars. Docol 1000DP steels have excellent forming and welding properties. These steels undergo special heat treatment, producing mainly two phase structure. Ferrite that imparts unique forming properties represents one phase, and martensite that accounts for the strength represents the other phase. Bainite may be present as complementary phase.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 600 FB

Docol 600FB is a modern hot-rolled advanced high strength steel with a matrix of ferrite or strengthened ferrite containing bainite or strengthened bainite and with a refined grain size.

The steel grade is well suited for cold formed automotive components such as wheels, chassis components and different structural reinforcements. Formability is very good, especially in hole expansion.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® PHS 1500

Hardenable boron steel for the automotive industry. Available as both hot rolled and cold rolled.

Docol PHS 1500 steels are specially developed for parts and components that are manufactured by direct or indirect hot stamping. Applications include safety parts such as door impact beams, bumper systems and B-pillar reinforcements.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® PHS 1800

Docol PHS 1800 is cold rolled and alloyed with a small percentage of boron to improve hardenability. This steel is specially developed for parts and components that are manufactured by direct or indirect hot stamping. Applications include safety parts such as door impact beams, bumper systems and B-pillar reinforcements.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® PHS 2000

Hardenable boron steel for the automotive industry. Docol PHS 2000 steels are optimized for parts and components that are manufactured by direct or indirect hot stamping. Applications include safety parts such as bumper systems, door impact beams, and B-pillar reinforcements

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 420LA

Docol® 420LA steels are high strength low alloy steels, available both hot rolled and cold rolled. It offers consistent properties for modern and fast production methods.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 460LA

Docol® 460LA is available as both hot and cold rolled. These steels are suitable for operations where higher strength is required. It offers consistent properties for modern, fast production methods.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 500LA

For operations requiring higher strength. Docol® 500LA steels are high-strength, low-alloy steels that offer consistent properties for modern, rapid manufacturing methods. Available as both hot and cold rolled. Typical applications include formed sections.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 550LA

Docol® 550LA steels are high-strength, low-alloy, hot rolled steels.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 600LA

Hot rolled steel for cold forming. Docol® 600LA is a high-strength low-alloy steel. Typical applications include components and parts such as load-bearing structures such as chassis.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 650LA

Hot rolled steel for cold forming. Docol® 650LA is a high-strength, low-alloy steel that offers consistent properties for modern, rapid manufacturing methods. Typical applications include components and parts such as load-bearing structures such as chassis.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® 700LA

Hot rolled structural steels. Docol® 700LA steels are made for cold forming of stronger and lighter structures. Typical applications include components and parts in demanding load-bearing structures such as chassis.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube 420LA

Docol® Tube 420LA is a modern high-strength low-alloy precision tube. It is available in round, rectangular and square shapes and comes with a variety of finishes and surfaces. It is used in the automotive industry where durability, formability and weldability are important.

Docol® Tube 420LA is produced by cold forming and high-frequency welding of pure, high-quality SSAB steel on modern and efficient tube lines.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube 500LA

Docol® Tube 500LA is a modern high-strength low-alloy precision tube for cold or hot rolled pickled surfaces. Available in round, rectangular and square shapes.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube 600LA

Docol® Tube 600LA is a modern high-strength low-alloy precision tube with a hot rolled pickled surface. It provides a combination of high strength and formability. Available in round, rectangular and square shapes.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube 700LA

Docol® Tube 700LA is produced by cold forming and high-frequency welding of pure, high-quality SSAB steel on modern and efficient tube lines. The steel is available in various shapes.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube R8

Provides advanced high strength and energy absorption. Docol® Tube R8 is a product line of cold formed welded round tubes made of high-strength steel, specifically aimed at the requirements of the motorsport industry and similar manufacturers. It is designed for applications requiring a combination of extremely high performance and slim design.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube 590DP

Docol® Tube 590DP is a high-strength formable precision tube made of dual-phase steel with high tensile strength and very good formability. It is available in round, rectangular and square shapes and comes with a variety of finishes and surface options including cold rolled (uncoated), galvanised, galvannealed and galvanised surfaces.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube 780DP

Docol® Tube 780DP is an advanced, high-strength formable tube made of dual-phase steel with high tensile strength, improved ductility or increased yield strength. It is available in round, rectangular and square shapes and comes with a variety of finishes and surface options.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

Docol® Tube 980DP

Provides advanced high strength and energy absorption. Docol® Tube 980 is an ultra-high strength tube made of dual-phase steel.

Application
Wear-resistant
Hardness (HBW):
425 - 475
Notch toughness at 20mm thickness:
27 J/ -20°C
Thickness: 
4 - 25.4 mm
Length
up to 14630 mm
Standards:
EN 10029

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