Germany · DIN

1.4301

DIN EN 10088-4:2009 — Stainless steels - Part 4: Technical delivery conditions for sheet/plate and strip of corrosion resisting steels for construction purposes

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Standards

DIN EN 10088-3:2014Stainless steels - Part 3:Technical delivery conditions for semi-finished products,bars,rods,wires,sections and bright products of corrosion resisting steels for general purposes
DIN EN 10088-5:2009Stainless steels - Part 5: Technical delivery conditions for bars, rods, wire, sections and bright products of corrosion resisting steels for construction purposes
DIN 17440:2001Technical delivery conditions for plates, hot rolled strip and bars for pressure purposes, drawn wire and forgings
DIN EN 10028-7:2008Flat products made of steels for pressure purposes - Part 7: Stainless steels; German version EN 10028-7:2000
DIN EN 10088-2:2014Stainless steels - Part 2: Technical delivery conditions for sheet/plate and strip for general purposes
DIN EN 10263-5:2002Steel rod,bars and wire for cold heading and cold extrusion - Part 5: Technical delivery conditions for stainless steels
DIN EN 10264-4:2002Steel wire and wire products. Steel wire for ropes. Part 4: Stainless steel wire; German version EN 10264-4:2012
DIN EN 10088-4:2009Stainless steels - Part 4: Technical delivery conditions for sheet/plate and strip of corrosion resisting steels for construction purposes
DIN EN 10151:2003DIN EN 10151
DIN EN 10272:2008Stainless steel bars for pressure purposes
DIN EN 10269:1999Steels and nickel alloys for fasteners with specified elevated and/or low temperature properties; German version EN 10269:1999
DIN EN 10250-4:2000Open die steel forgings for general engineering purposes - Part 4 : stainless steels
DIN EN 10217-7:2015Welded steel tubes for pressure purposes - Technical delivery conditions - Part 7: Stainless steel tubes
DIN EN 10222-5:2000Steel forgings for pressure purposes - Part 5: Martensitic, austenitic and austenitic-ferritic stainless steels; German version EN 10222-5:1999
DIN 17458:1985Seamless circular austenitic stainless steel tubes subject to special requirements; technical delivery conditions
DIN 17457:1985Welded circular tubes of austenitic stainless steels for special requirements; technical delivery conditions
DIN EN 10253-4:2008Butt-welding pipe fittings. Part 4:Wrought austenitic and austenitic- ferritic(duplex) stainless steels with specific inspection requirements
DIN 17456:1985Seamless circular tubes of stainless steels for general requirements; technical delivery conditions
DIN 17455:1985Welded circular stainless steel tubes with general quality requirements - Technical delivery conditions
DIN 17441:1997Stainless steels; technical delivery conditions for cold rolled strip and slit strip and for plate and sheet cut therefrom
DIN EN 10216-5:2004Seamless steel tubes for pressure purposes - Technical delivery conditions - Part 5: Stainless steel tubes; German version EN 10216-5:2013
DIN EN 10253-3:2009Butt-welding pipe fittings - Part 3: Wrought austenitic and austenitic-ferritic (duplex) stainless steels without specific inspection requirements
DIN EN 10296-2:2005Welded circular steel tubes for mechanical and general engineering purposes - Technical delivery conditions - Part 2: Stainless steel
DIN EN 10297-2:2005DIN EN 10297-2
DIN 5512-3:2004Materials for rail vehicles - Steels - Part 3: Stainless steel flat products; selected standard
WB 553:2007WB 553
DIN EN 10088-1:2014Stainless steels. Part1: List of stainless steels; German version EN10088-1:2014
DIN 17440:1972Technical delivery conditions for plates, hot rolled strip and bars for pressure purposes, drawn wire and forgings

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Chemical composition

Element	min	max	Similar	Remarks
C		0.07
Cr	17.5	19.5
Mn		2
N		0.1
Ni	8	10.5
P		0.045
S		0.015	For machinability %S=0	For machinability %S=0
Si		1

Mechanical properties

Heat treatment / condition	Yield strength	Tensile strength	Elongation	Impact energy
cold-rolled strip, Solution annealed, t <= 8 mm	≥230	540–750	≥45 Elongation after fracture; Lo=80mm or Lo=50mm
hot-rolled heavy plate, Solution annealed, <= 75 mm	≥210	520–720	≥45 Elongation after fracture; Lo=80mm or Lo=50mm	≥60 KV (ISO-V); t > 10 mm; for longitudinal direction impact energy is minimum 100J
hot-rolled strip, Solution annealed, <= 13.5 mm	≥210	520–720	≥45 Elongation after fracture; Lo=80mm or Lo=50mm	≥60 KV (ISO-V); t > 10 mm; for longitudinal direction impact energy is minimum 100J

Physical properties

Temperature

-200.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
209.00

-125.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
204.00

-75.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
201.00

20.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
185.00；190.00；200.00；193.00；195.00	15.30	15.00；14.80	500.00	0.73；0.72	8.03；7.90；7.93	0.31

25.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
195.00

50.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	15.60	15.30

75.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	15.90	15.80

100.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
189.00；194.00	16.20；16.00；17.20	16.30；16.20		0.78

125.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	16.40	16.60

150.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
186.00	16.60	17.00

175.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	16.80	17.50

200.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
183.00；186.00	17.00；16.50；17.60	17.50；17.90	510.00	0.86

225.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	17.20	18.30

250.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
179.00	17.40	18.60

275.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	17.50	19.00

300.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
176.00；179.00	17.70；17.00；17.80	19.40

325.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	17.80	19.80

350.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
172.00	17.90	20.10

375.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	18.00	20.50

400.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
169.00；172.00	18.10；17.50；18.00	19.90；20.80	550.00	1.00

425.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	18.20	21.20

450.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	18.30	21.50

475.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	18.40	21.90

500.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
160.00；165.00	18.40；18.00；18.20	21.50；22.20

525.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	18.50	22.60

550.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
156.00	18.60	22.90

575.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	18.70	23.30

600.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
151.00；154.00	18.80；18.60	22.50；23.60	585.00	1.11

625.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	18.90	24.00

650.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
146.00	19.00	24.30

675.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	19.10	24.70

700.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
140.00	19.20	25.00

725.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	19.30	25.40

750.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	19.40	25.70

775.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	19.40

800.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
127.00	19.40	25.10	630.00	1.21

825.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	19.40

900.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
				1.26

Typical physical values

Density	Elastic modulus	Poisson's ratio	Remarks
7.61–8.10	190.00–215.00	0.27–0.30	不锈钢的典型材料性能数值，此值不来源于标准，它是指示性指标，不能被用于设计用途。
7.86	190.00–210.00	0.27–0.30	低碳，高合金钢材料性能属性数值，此值不来源于标准，它是指示性指标，不能被用于设计用途。

High/low temperature

Yield strength Rp0.2 (MPa)

Condition	Temperature ℃	max
heavy plates	sheets	550
heavy plates	sheets	500
heavy plates	sheets	450
heavy plates	sheets	400
heavy plates	sheets	350
heavy plates	sheets	300
heavy plates	sheets	250
heavy plates	sheets	200
heavy plates	sheets	150
heavy plates	sheets	100

Fatigue

Test conditions

Item	Detail
Product	Semi Finished products; Thickness: <= 160 mm; Quenched
Experiment	Reversed bending; T: 20°C
Specimen

Monotonic

Property	Value
Yield strength (MPa)	190.0
Tensile strength (MPa)	500.0 700.0
Elongation (%)	35.0

Stress life

No.	Cycles
1	1E7

Creep

Temperature ℃	Time h	CRS
550	10000.0h	156.0
550	100000.0h	92.0
560	10000.0h	138.0
560	100000.0h	85.0
570	10000.0h	124.0
570	100000.0h	78.0
580	10000.0h	113.0
580	100000.0h	72.0
590	10000.0h	104.0
590	100000.0h	65.0
600	10000.0h	97.0
600	100000.0h	59.0
610	10000.0h	90.0
610	100000.0h	54.0
620	10000.0h	83.0
620	100000.0h	49.0
630	10000.0h	76.0
630	100000.0h	45.0
640	10000.0h	70.0
640	100000.0h	40.0
650	10000.0h	64.0
650	100000.0h	36.0
660	10000.0h	59.0
660	100000.0h	32.0
670	10000.0h	54.0
670	100000.0h	28.0
680	10000.0h	49.0
680	100000.0h	25.0
690	10000.0h	43.0
690	100000.0h	21.0
700	10000.0h	38.0
700	100000.0h	18.0

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