Abrasion resistant steel
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Specification, Chemical & Mechanical Performance
Mainly supplied in forms of coil, sheet, plate, rod, bar, tube, pipe, beam, angle, flange, wire, strip, channel, etc., with various varieties, wide range of dimensions, high purity, stable chemical composition, high dimensional accuracy and excellent surface quality, the products are mainly used in the fields of industries such as automobile engineering, railway transportation, aviation, aerospace, machinery, petrochemical, energy, environmental protection,offshore, chemical, oil & gas, military, power plant, nuclear power, pressure vessel, boiler equipment, mold manufacture,etc..
- Boiler and pressure vessel steel
- Pipeline steel
- Bridge steel
- Nuclear power steelStructural steel
- Die steel
- High strength steel
- Abrasion resistant steel
- Weathering, corrosion resistant and fire resistant steel
- High rise building steel
- Shipbuilding and offshore engineering steel
| MATERIAL DIMENSIONS | ||||
|
Marking
|
Material Number
|
Dimensions[mm]
|
||
|
Thickness
|
Width
|
Length
|
||
| XAR 300 |
1.8704
|
3-50
|
1000-2500
|
12000
|
| XAR 400 |
1.8714
|
3-120
|
1000-3000
|
12000
|
| XAR 450 |
1.8722
|
3-100
|
1000-3000
|
12000
|
| XAR 500 |
1.8734
|
5-60
|
1000-3000
|
12000
|
| XAR 600 |
-
|
6-40
|
1000-2500
|
6000
|
| Fora 400 |
-
|
4-100
|
1000-3000
|
14000
|
| Durostat 400 |
-
|
6-100
|
1000-2500
|
12000
|
| Durostat 500 |
-
|
10-50
|
1000-2500
|
10000
|
| Brinar 400 Cr |
1.8709
|
5-25
|
1000-2500
|
12000
|
| X 120 Mn 12 |
1.3401
|
1,5-40
|
1000-2000
|
6000
|
| ALTRIX/VAUTID | Further details see special prospectuses. | |||
| CHEMICAL COMPOSITION | |||||||||||
|
Marking
|
Material Number
|
Content of Elements － Mass [max.％]
|
|||||||||
|
C
|
Si
|
Mn
|
P max
|
S max
|
Cr
|
Mo max
|
Cu max
|
Ni max
|
B max
|
||
| XAR 300 |
1.8704
|
max 0.21 |
max 0.65
|
max. 1.50
|
0.025
|
0.025
|
max.1.20 |
0.30
|
-
|
-
|
0.005
|
| XAR 400 |
1.8714
|
max 0.20
|
max 0.80
|
max 1.50
|
0.025
|
0.010
|
max 1.00
|
0.50
|
-
|
-
|
0.005
|
| XAR 450 |
1.8722
|
max 0.22
|
max 0.80
|
max 1.50
|
0.025
|
0.012
|
max 1.30
|
0.50
|
0.30
|
-
|
0.005
|
| XAR 500 |
1.8734
|
max 0.28
|
max 0.80
|
max 1.50
|
0.025
|
0.010
|
max 1.00
|
0.50
|
-
|
-
|
0.005
|
| XAR 600 |
-
|
max 0.40
|
max 0.80
|
max 1.50
|
0.025
|
0.010
|
max 1.50
|
0.50
|
-
|
1.50
|
0.005
|
| Fora 400 |
-
|
max 0.16 |
max 0.50
|
max 1.60
|
0.020
|
0.010
|
max 1.00
|
0.40
|
-
|
-
|
0.004
|
| Durostat 400 |
-
|
~ 0.14
|
~ 0.35
|
~ 1.40
|
~0.02
|
~0.005
|
~0.50
|
~0.20
|
-
|
-
|
~0.002
|
| Durostat 500 |
-
|
~ 0.27
|
~ 0.35
|
~1.20
|
~0.02
|
~0.005
|
~0.40
|
~0.40
|
-
|
-
|
~0.003
|
| Brinar 400 CR |
1.8709
|
max 0.18
|
max 0.50
|
~1.40
|
0.015
|
0.005
|
~1.50
|
0.60
|
-
|
1.20
|
-
|
| X 120 Mn 12 |
1.3401
|
1.10-1.30
|
0.30-0.50
|
12.0~13.0
|
0.100
|
0.040
|
max 1.50
|
-
|
-
|
-
|
-
|
| ALTRIX/VAUTID | Further details see special prospectuses. | ||||||||||
| MECHANICAL PROPERTIES | |||||
|
Marking
|
Material Number
|
Min. yield strength
ReH[MPa]
|
Tensile strength Rm[MPa]
|
Duct. A[%]
|
Hardness according to Brinell
|
| XAR 300 1] |
1.8704
|
~700
|
1000
|
12
|
270-340
|
| XAR 400 2] |
1.8714
|
~1150
|
~1300
|
min.12
|
360-440
|
| XAR 450 2] |
1.8722
|
~1200
|
~1350
|
~10
|
410-490
|
| XAR 500 2] |
1.8734
|
~1500
|
~1600
|
min.9
|
450-530
|
| XAR 600 2] |
-
|
-
|
-
|
-
|
min550
|
| Fora 400 2] |
-
|
~1100
|
~1350
|
~13
|
360-440
|
| Durostat 400 2] |
-
|
~1000
|
~1250
|
~10
|
360-440
|
| Durostat 500 2] |
-
|
~1200
|
~1550
|
~8
|
450-540
|
| Brinar 400 Cr 1] |
1.8709
|
~900
|
~1200
|
~12
|
340-440
|
| X 120 Mn 12 2] |
1.3401
|
min.410
|
880-1130
|
min.40
|
240-340
|
| ALTRIX/VAUTID | Further details see special prospectuses. | ||||
|
1]-Normalising，2]-Hardened in water，3]-Hardened in atmosphere，
4]- Abrasion resistance guaranteed up to400℃
|
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