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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 yoğunluk

At elevated temperatures, all metals react with hot gases. The most common high-temperature gaseous mixture is air, of which oxygen is the most reactive component. To avoid corrosion in air, carbon metal is restricted to roughly 480 °C (900 °F).

These grades present the closest put on and hardness properties to carbide, whereas offering the toughness properties of software steels. Hardness and toughness may be considered “step” or “threshold” capabilities; that is, so long as the property is high enough to prevent harm , there isn’t a additional DIN 17100 ST 52-3 benefit to growing the property even larger. However, put on resistance may be considered a “continuous” function; that is, continual will increase in the wear resistance of the metal will result in increases within the life of the tool.

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

 

Small differences in hardness don’t normally have a significant impact on the wear lifetime of tool steels. Different device steels are used at comparable hardnesses, but provide important differences in expected put on life. Thus, hardness isn’t usually a main factor in put on resistance, only in deformation resistance. The wear resistance of software steels is extra directly affected by their chemical composition as mentioned under. Historically, software steels used for stamping and forming instruments have included A2 and D2, with occasional use of the high pace steel M2.

The minimal 10.5% chromium in stainless steels offers resistance to roughly seven hundred °C (1,300 °F), whereas 16% chromium offers resistance up to approximately 1,200 °C (2,200 °F). Type 304, the commonest grade of chrome steel with 18% chromium, is resistant to approximately 870 °C (1,600 °F). Other gases, similar to sulfur dioxide, hydrogen sulfide, carbon monoxide, chlorine, additionally attack stainless-steel. Resistance to other gases relies on the type of gas, the temperature, and the alloying content of the stainless steel. Unlike carbon metal, stainless steels don’t undergo uniform corrosion when uncovered to wet environments.

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A9 is usually tempered at over 900 F, and thus could also be coated by any of the common industrial coating processes. The most hardness of both grades is approximately 58/fifty nine HRC. In analyzing alternatives to carbide instruments, the place chipping is the normal failure mode, the toughness comparisons among steels are often moot. In these circumstances, the traditional suggestion is to make use of CPM 10V or 15V instead of carbide in most purposes, or Rex T15, Rex 76 or Rex 121 when high hardness is required.

• However, in situations producing extreme metallic-to-metal wear , one of the best solution is to separate the two metallic surfaces.
• In working with abrasive media, the CPM steels provide very excessive resistance to put on.
• Several of the excessive-alloy CPM steels offer wear properties midway between conventional software steels, and carbide.
• In this case, almost all the choices for upgrading will involve steel of higher alloy content.
• When lengthy-term abrasive wear resistance is desired in a tool (that’s, when the basic tool runs properly, however a longer in-service time is desired), a metal with higher put on properties is acceptable.
• Thus, upgrading for wear resistance could always offer benefits, supplied other properties aren’t compromised.

Unprotected carbon metal rusts readily when uncovered to a mixture of air and moisture. The ensuing iron oxide floor layer is porous and fragile. In addition, as iron oxide occupies a bigger volume than the original steel, this layer expands and tends to flake and fall away, exposing the underlying metal to further attack. This passive film prevents additional corrosion by blocking oxygen diffusion to the metal floor and thus prevents corrosion from spreading into the majority of the steel. This film is self-repairing, even when scratched or temporarily disturbed by an upset condition in the setting that exceeds the inherent corrosion resistance of that grade.

The pulp and paper trade was one of many first to extensively use duplex stainless steel. Today, the oil and gasoline business is the largest consumer and has pushed for extra corrosion resistant grades, leading to the event of super duplex and hyper duplex grades. More recently, the inexpensive (and barely less corrosion-resistant) lean duplex has been developed, mainly for structural purposes in constructing and construction and within the water trade. Ferritic stainless steels possess a ferrite microstructure like carbon steel, which is a physique-centered cubic crystal construction, and include between 10.5% and 27% chromium with very little or no nickel.

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