1.0570 rund
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gangsteel produced and exported DIN 1.0570 and ST 52-3 steel plate as common carbon structural steel. Gangsteel supply DIN17100 ST52-3 ST52-3N Steel plate low alloy and high strength steel plate. DIN 17100 ST52-3 steel plate price and stock supplier.ST 52-3 steel plate is one mainly of Carbon structural steel, ST 52-3 is a type of steel sheet under DIN standard which is used to build ship, bridge, belongs to high strength sheet.
If you have any requirement for ST 52-3 structure steel plate,under DIN17100 standard ST 52-3 steel plate, under DIN17100 standard, please contact us.
1.Steel Grade : ST 52-3 (1.0570)
2. Standard: DIN 17100 steels for general structural purposes
3. Approval By Third Party :ABS, DNV, GL, CCS, LR , RINA, KR, TUV, CE
4. Classification: General structural purposes
5. Product form : super heavy steel plate
st52-3 ekvivalent
“New lysosomal therapeutic strategies for Parkinson disease”. Crossing Biological Barriers – Advances in Nanocarrier Design for Targeted Drug Delivery. “Novel lysosomal therapeutic based on nanotechnology for Parkinson’s disease”. ‘The synergistic impact of mechanical and biochemical stimulation on 3D multi-layered scaffolds for tendon tissue engineering’. Beijing, ‘Mechanical and biochemical stimulation of a 3D multi-layered scaffolds for tendon tissue engineering’.
AH36 steel plate ordinary be utilized DIN 17100 ST 52-3 in ship contracture and oil platform. Ligament tissue engineering.
1.0570 vs 1.0577
Chlanda A, Kijeńska E, Rinoldi C, Tarnowski M, Wierzchoń T, Swieszkowski W. Structure and physico-mechanical properties of low temperature plasma treated electrospun nanofibrous scaffolds examined with atomic drive microscopy. 2) Nano-Bridges – Building bridges between specialists on computational and empirical risk assessment of engineered nanomaterials. 3) Advanced X-ray micro and nanotomography strategies as a device to analyze and evaluate tissue engineering merchandise. “The impact of diameter of fibers fabricated via FDM technique on response of human mesenchymal stem cells”. 01.05.2008–30.09.2009 Biomaterials Laboratory and Materials – Biology Interactions Laboratory, Department of Health and Performance, Empa, St. Gallen, Switzerland.
They comprise carbon as the significant alloying component. Small quantities of molybdenum, chromium, nickel, aluminium, and copper are current in these steels.
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Adrian Chlanda, Ewa Kijeńska, Chiara Rinoldi, Michał Tarnowski, Wierzchoń Tadeusz, Wojciech Swieszkowski. Structure and physico-mechanical properties of low temperature plasma-handled electrospun nanofibrous scaffolds examined with atomic drive microscopy. Volume 107, April 2018, Pages 79-eighty four. Nehar Celikkin, Chiara Rinoldi, Marco Costantini, Marcella Trombetta, Alberto Rainer, Wojciech Swieszkowski. Naturally derived proteins and glycosaminoglycan scaffolds for tissue engineering, Volume seventy eight, 1 September 2017, Pages .
- Grug supply methods and materials for wound healing applications.
- Advanced drug delivery critiques, 2018.
- To investigate the consequences of time and temperature on joints, welded samples have been annealed at 300 and 400°C for various soaking occasions of 30 min and 20 h.
- Saghi Saghazadeh, Chiara Rinoldi, Maik Schot, Sara Saheb Kashaf, Fatemeh Sharifi, Elmira Jalilian, Kristo Nuutila, Giorgio Giatsidis, Pooria Mostafalu, Hossein Derakhshandeh, Kan Yue, Wojciech Swieszkowski, Adnan Memic, Ali Tamayol, Ali Khademhosseini.
- In the present research, microstructure evolution and mechanical properties of multilayer Cu/Al/Cu explosive welded joints have been studied at upper and decrease interfaces after heat treatment.
Saghi Saghazadeh, Chiara Rinoldi, Maik Schot, Sara Saheb Kashaf, Fatemeh Sharifi, Elmira Jalilian, Kristo Nuutila, Giorgio Giatsidis, Pooria Mostafalu, Hossein Derakhshandeh, Kan Yue, Wojciech Swieszkowski, Adnan Memic, Ali Tamayol, Ali Khademhosseini. Grug supply systems and materials for wound healing purposes.
DIN17100 ST52-3 ST52-3N Steel plate Chemical composition of heat analysis:
|
DIN |
ASTM |
EN |
JIS |
Chemical Composition |
C.E. |
||||||||||
|
C |
Si |
Mn |
Cr |
Mo |
Ni |
V |
W |
S |
P |
CU |
|||||
|
17100 St52-3N |
A572-50 |
10025-2:2004 S355J2+N |
G3106 SM490YB |
max 0.22 |
max 0.55 |
max 1.60 |
– |
– |
– |
– |
– |
max 0.035 |
max 0.035 |
– |
max 0.047 |
St52-3 steel data sheet – 2, Chemical composition (product analysis) according to DIN 17100 and DIN EN 10025: 1993.
|
Chemical Composition (product analysis), %, ≤ |
|||||||||||
|
Country (Region) |
Standard |
Steel Grade (Steel number) |
C |
Si |
Mn |
P |
S |
N |
Cu |
Thickness (d) (mm) |
Method of deoxidation |
|
Germany |
DIN 17100: 1980 |
St52-3 (1.0570) |
0.22 |
0.60 |
1.70 |
0.065 |
0.065 |
– |
≤ 30 |
Fully Killded |
|
|
0.24 |
30 <d ≤100 |
||||||||||
|
European Union |
EN 10025: 1993 |
S355J2G3 (1.0570) |
0.22 |
0.60 |
1.70 |
0.045 |
0.045 |
– |
≤ 30 |
||
|
0.24 |
30 <d ≤100 |
||||||||||
|
EN 10025-2: 2004 |
S355J2 (1.0577) |
0.22 |
0.60 |
1.70 |
0.035 |
0.035 |
– |
0.60 |
≤ 30 |
||
|
0.24 |
30 <d ≤100 |
||||||||||
St52-3 Steel Properties
Physical Properties
- Material St 52-3 Density: 7.85 g/cm3
- Melting point: 1420-1460 °C (2590-2660 °F)
DIN17100 ST52-3 ST52-3N Steel plate mechanical properties steel plate
|
Thickness (mm) |
Yield Strength Reh min (N / mm2) |
Tensile Strength Rm min (N / mm2) |
Elongation A5 min (%) |
Impact Values Charpy-V-Notch Longitudinal Average from 3 Speimens Thk. >10<150mm. |
|
3<thk<100 |
315-355 |
490-630 |
max 22 |
27 Joules at -20 C |
St52-3 steel data sheet – 1, Chemical composition (ladle analysis) according to DIN 17100 and DIN EN 10025: 1993.
|
Chemical Composition (ladle analysis), %, ≤ |
|||||||||||
|
Country (Region) |
Standard |
Steel Grade (Steel number) |
C |
Si |
Mn |
P |
S |
N |
Cu |
Thickness (d) (mm) |
Method of deoxidation |
|
Germany |
DIN 17100: 1980 |
St52-3 (1.0570) |
0.20 |
0.55 |
1.60 |
0.040 |
0.040 |
– |
≤ 30 |
Fully Killded |
|
|
0.22 |
30 <d ≤100 |
||||||||||
|
European Union |
EN 10025: 1993 |
S355J2G3 (1.0570) |
0.20 |
0.55 |
1.60 |
0.035 |
0.035 |
– |
≤ 30 |
||
|
0.22 |
30 <d ≤100 |
||||||||||
|
EN 10025-2: 2004 |
S355J2 (1.0577) |
0.20 |
0.55 |
1.60 |
0.025 |
0.025 |
– |
0.55 |
≤ 30 |
||
|
0.22 |
30 <d ≤100 |
||||||||||
DIN17100 ST52-3 EQUIVALENT STEEL GRADES
| EN 10025 – 2 |
EN 10025+A1 |
?SN |
DIN 17100 |
||
|
EN10027-1 |
EN10027-2 |
EN10027-1 Grade |
EN10027-2 Grade |
|
|
|
S235JR2 |
1.0038 |
S235JRG2 |
1.0038 |
11375 |
RSt 37-2 |
|
S235J0 |
1.0114 |
S235J0 |
1.0114 |
11378 |
St 37-3U |
|
|
– |
S235J2GR3 |
1.0116 |
11378 |
St 37-3N |
|
S235J2 |
1.0117 |
S235J2G4 |
1.0117 |
– |
– |
|
S275JR |
1.0044 |
S275JR |
1.0044 |
11443 |
St 44-2 |
|
S275J0 |
1.0143 |
S275J0 |
1.0143 |
11445 |
St 44-3U |
|
|
– |
S275J2GR3 |
1.0144 |
11448 |
St 44-3N |
|
S275J2 |
1.0145 |
S275J2G4 |
1.0145 |
– |
– |
|
S355JR |
1.0045 |
S355JR |
1.0045 |
11523 |
St 52-3 |
|
S355J0 |
1.0553 |
S355J0 |
1.0553 |
11523 |
St 52-3U |
|
|
– |
S355J2G3 |
1.057 |
11503 |
St 52-3N |
|
S355J2 |
1.0577 |
S355J2G4 |
1.0577 |
– |
– |
Material St 52-3 Datasheet – 3
|
Yield strength (≥ N/mm2); Thickness (d) mm |
||||||
|
Steel (Steel number) |
d≤16 |
16< d ≤40 |
40< d ≤63 |
63< d ≤80 |
80< d ≤100 |
>100 |
|
St52-3 |
355 |
345 |
335 |
325 |
315 |
by agreement |
Tensile Strength
Material St 52-3 Datasheet – 4
|
Tensile strength (≥ N/mm2); Thickness (d) mm |
|||
|
Steel (Steel number) |
d<3 |
3 ≤ d ≤ 100 |
>100 |
|
St 52-3 |
515-680 |
490-630 |
by agreement |
Note: 1MPa = 1N/mm2
Elongation
Material St 52-3 Datasheet – 5
|
Elongation (≥, %); Thickness (d), mm |
||||||||
|
Steel (Steel number) |
0.5 ≤d <1 |
1≤ d <1,5 |
1,5≤ d <2 |
2≤ d <2,5 |
2,5≤ d <3 |
|||
|
St52-3U |
14 |
15 |
16 |
17 |
18 |
|||
|
St52-3N |
12 |
13 |
14 |
15 |
16 |
|||
|
Elongation (≥, %); Thickness (d), mm |
||||||||
|
Steel (Steel number) |
3 ≤d ≤40 |
40< d ≤63 |
63 < d ≤100 |
>100 |
||||
|
St52-3 |
22 |
21 |
20 |
by agreement |
||||
|
St52-3N |
20 |
19 |
18 |
|||||
Results revealed that the typical thickness of diffusion layer had been increased by enhancement of remedy variables. This was associated with the microhardness of diffusion layer at both interfaces. Meanwhile, tensile-shear strengths of joints were reduced after annealing due to the layer thickness increment of intermetallic compounds . Microchemical analyses proved that not solely layer thickness skilled alteration, but additionally, forms of IMCs had evolution at interfaces.
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