Strenx® 700 product group
Strenx® 700 is a group of structural steels with a minimum yield strength between 650 and 700 MPa (94-101 ksi) depending on thickness.
Order trial materialStrenx® 700 is a group of structural steels with a minimum yield strength between 650 and 700 MPa (94-101 ksi) depending on thickness.
Order trial materialSUITABLE APPLICATIONS
Wide range of load-bearing structures
TYPE OF PRODUCTS
Plate, sheet, coil and slit coil
THICKNESS RANGE
0.7-160 mm (0.028”-6.299”)
STRENX® 700 E
Typical applications include demanding load-bearing structures.
Impact toughness: 69 J at -40°C (51 ft-lb at -40°F)
Plate: 4-160 mm (0.157”-6.299”)
Standard: EN 10025-6 S690QL Impact test at -40°C (-40°F)
Format: Plate
STRENX® 700MC D
Typical applications include demanding load-bearing structures.
Impact toughness: 40 J at -20°C (30 ft-lb at -4°F)
Hot rolled strip: 2-10 mm (0.079”-0.393”)
Standard: EN 10149-2 S700MC Impact test at -20°C (-4°F)
Format: Sheet, coil and slit coil
STRENX® 700MC E
Typical applications include demanding load-bearing structures in cold conditions.
Impact toughness: 27 J at -40°C (20 ft-lb at -40°F)
Hot rolled strip: 2-10 mm (0.079”-0.393”)
Standard: EN 10149-2 S700MC Impact test at -40°C (-40°F)
Format: Sheet, coil and slit coil
STRENX® 700 F
For demanding load-bearing structures in cold and extreme conditions.
Impact toughness: 27 J at -60°C (20 ft-lb at -76°F)
Plate: 4-130 mm (0.157”-5.118”)
Standard: EN 10025-6 S690QL1 Impact test at -60°C (-76°F)
Format: Plate
STRENX® 700MC PLUS
High-strength structural steel with advanced cold formability and impact toughness for highly demanding applications.
Impact toughness: 40 J at -60°C (30 ft-lb at -76°F)
Hot rolled strip: 3-12 mm (0.079”-0.393”)
Standard: EN 10149-2 S700MC Impact test at -60°C (-76°F)
Format: Sheet
STRENX® 700 OME
A structural steel developed for use in demanding load-bearing structures within the offshore and marine Industry.
Impact toughness: 69 J at -40°C (51 ft-lb at -40°F)
Plate: 4-130 mm (0.157” -5.118”)
Standard: EN 10025-6 S690QL Impact test at -40°C
Format: Plate
STRENX® P700
Typical applications are demanding load-bearing structures exposed for pressure and elevated temperatures.
Plate: 4-100 mm (0.157”-3.937”)
Standard: EN 10 028-6 P690Q, P690QH, P690QL1 and P690QL2
Format: Plate
STRENX® 700 CR
Typical applications include a wide range of components and parts, for example load-bearing structures.
Cold rolled strip: 0.7-2.1 mm (0.028”-0.083”)
Standard: SSAB specification
Format: Sheet, coil and slit coil
STRENX® 700 CR W
Strenx® 700 CR W is a cold-rolled weathering steel with a minimum yield strength of 700 MPa, for the lightest load-bearing structures.
Cold rolled strip: 0.7 - 2.1 mm (0.028”-0.083”)
Standard: SSAB specification
Format: Sheet, coil, and slit coil
Original design a) | Lightweight design b) | Lightweight design c) | |
---|---|---|---|
Steel Grade | S355 | Strenx® 700MC | Strenx® 700MC |
Weight, m [kg/m] | 42 | 27 | 30 |
Bending Moment Capasity, M [kNm] | 286 | 306 | 369 |
Moment of Inertia, I [m4] | 140E-06 | 93E-06 | 140E-06 |
Section Modulus, W [m3] |
72E-05 | 46E-05 | 58E-05 |
Weight Reduction, WR [%] | - | 36 | 30 |
Strenx® 700 can be welded using any conventional welding method. MAG welding is the most common technique today, since it is very easy to automate for high productivity.
Strenx® 700 can usually be machined without special equipment. Stable machinery fitted with high-speed steel and carbide tools is recommended when drilling, countersinking, tapping, turning and milling.
Free bending and roll bending of Strenx® steel plate and strip can be done using standard bending machinery. Uniform properties, close thickness tolerances and high surface quality ensure a predictable bending process.
Free bending and roll bending of Strenx® steel plate and strip can be done using standard bending machinery. Uniform properties, close thickness tolerances and high surface quality ensure a predictable bending process.
Mechanical cutting of Strenx® 700 is best performed with guillotine shears. Consider carefully the settings of the cutting machine. The most important factors are clearance, cutting angle and blade hardness. The plate should be allowed to warm up thoroughly to around +20°C (68°F) before it is cut.
Strenx® guarantees include tight thickness tolerances, tight flatness tolerances and bending properties. The tight thickness tolerances enable you to know the weight more precisely. As a result, you can reduce your safety margins. Precise thickness within a plate and between plates makes for safe and predictable performance in the workshop.
Strenx® 700 standard products |
Thickness range [mm] | Conform to standard | Formats | Typical products manufactured with Strenx® |
||
---|---|---|---|---|---|---|
Plate | Hot rolled strip | Cold rolled strip | ||||
Strenx® 700 E | 4-160 | --- |
--- | EN 10025-6 S690QL Impact test at -40°C | Plates | Demanding load-bearing structures |
Strenx® 700 F | 4-130 | --- | --- | EN 10025-6 S690QL1 Impact test at -60°C | Plates | Demanding load-bearing structures in cold and extreme conditions |
Strenx® 700 OME | 4-130 | --- | --- | EN 10025-6 S690QL Impact test at -40°C |
Plates | Demanding load-bearing structures within the Offshore and Marine Industry |
Strenx® 700MC D | --- | 2-10 | --- | EN 10149-2 S700MC Impact test at -20°C | Sheets, Coils & Slit coils | Wide range of structures |
Strenx® 700MC E | --- | 2-10 | --- | EN 10149-2 S700MC Impact test at -40°C |
Sheets, Coils & Slit coils | Wide range of structures |
Strenx® 700MC Plus | --- | 3-12 | --- | EN 10149-2 S700MC Impact test at -60°C |
Sheets | Structures requiring extreme formability and impact toughness |
Strenx® 700 CR | --- | --- | 0.7-2.1 | SSAB specification | Sheets, Coils & Slit coils | Wide range of structures |
Strenx® P700 | 4-100 | --- | --- | EN 10028-6 P690Q, P690QH, P690QL1, P690QL2 | Plates | Pressure vessel steel that is used for demanding loadbearing structures exposed to pressure and elevated temperatures |
Strenx® 700 CR W | --- | --- | 0.7-2.1 |
SSAB specification | Sheets, Coils & Slit coils | The lightest load-bearing structures. |