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Stainless steel

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Stainless steel

Stainless steel is an iron-based alloy that contains chromium, making it resistant to rust and corrosion. Alternatively, it is known as inox (an abbreviation of the French term inoxydable, meaning non-oxidizable), corrosion-resistant steel (CRES), Nirosta (an abbreviation of the German term nichtrostender Stahl) or rustless steel. Stainless steel's resistance to corrosion comes from its chromium content of 10.5% or more, which forms a passive film that protects the material and can self-heal when exposed to oxygen. It can be further alloyed with elements like molybdenum, carbon, nickel and nitrogen to enhance specific properties for various applications. The alloy's properties, such as luster and resistance to corrosion, are useful in many applications. Stainless steel can be rolled into sheets, plates, bars, wire, and tubing. These can be used in cookware, cutlery, surgical instruments, major appliances, vehicles, construction material in large buildings, industrial equipment (e.g., in paper mills, chemical plants, water treatment), and storage tanks and tankers for chemicals and food products. Some grades are also suitable for forging and casting. The biological cleanability of stainless steel is superior to both copper and aluminium, and comparable to glass. Its cleanability, strength, and corrosion resistance have prompted the use of stainless steel in pharmaceutical and food processing plants. Different types of stainless steel are labeled with an AISI three-digit number. The ISO 15510 standard lists the chemical compositions of stainless steels of the specifications in existing ISO, ASTM, EN, JIS, and GB standards in a useful interchange table.

Tables

Magnetic permeability of some austenitic stainless steel grades after annealing 2 hours at 1050 °C[20] · Properties › Magnetism
Magnetic permeability, μ
Magnetic permeability, μ
EN grade
Magnetic permeability, μ
1.4307
1.056
1.4301
1.011
1.4404
1.100
1.4435
1.000
EN grade
1.4307
1.4301
1.4404
1.4435
Magnetic permeability, μ
1.056
1.011
1.100
1.000
World stainless steel production in flat and long products (metric tons, '000s) · Production
2021
2021
Year
2021
European Union
7181
Americas
2368
China
32632
Asia excluding China
7792
Other countries
8316
World
58289
2020
2020
Year
2020
European Union
6323
Americas
2144
China
30139
Asia excluding China
6429
Other countries
5857
World
50892
2019
2019
Year
2019
European Union
6805
Americas
2593
China
29400
Asia excluding China
7894
Other countries
5525
World
52218
2018
2018
Year
2018
European Union
7386
Americas
2808
China
26706
Asia excluding China
8195
Other countries
5635
World
50729
2017
2017
Year
2017
European Union
7377
Americas
2754
China
25774
Asia excluding China
8030
Other countries
4146
World
48081
2016
2016
Year
2016
European Union
7280
Americas
2931
China
24938
Asia excluding China
9956
Other countries
672
World
45778
2015
2015
Year
2015
European Union
7169
Americas
2747
China
21562
Asia excluding China
9462
Other countries
609
World
41548
2014
2014
Year
2014
European Union
7252
Americas
2813
China
21692
Asia excluding China
9333
Other countries
595
World
41686
2013
2013
Year
2013
European Union
7147
Americas
2454
China
18984
Asia excluding China
9276
Other countries
644
World
38506
Year
European Union
Americas
China
Asia excluding China
Other countries
World
2021
7181
2368
32632
7792
8316
58289
2020
6323
2144
30139
6429
5857
50892
2019
6805
2593
29400
7894
5525
52218
2018
7386
2808
26706
8195
5635
50729
2017
7377
2754
25774
8030
4146
48081
2016
7280
2931
24938
9956
672
45778
2015
7169
2747
21562
9462
609
41548
2014
7252
2813
21692
9333
595
41686
2013
7147
2454
18984
9276
644
38506
Estimates of collection for recycling by sector[104] · Sustainability – recycling and reuse
2000
2000
End-use sector
2000
Results
2005
Results
Average lifetime (years)
Use, global average
Coefficient of variation
Use, global average
To landfill
Estimates
Collected for recycling
Total
Total
End-use sector
Total
Results
Of which as stainless steel
Results
Of which as carbon steel
Building and infrastructure
Building and infrastructure
End-use sector
Building and infrastructure
Results
17%
Results
18%
Use, global average
50
Use, global average
30%
Estimates
8%
Estimates
92%
Estimates
95%
Estimates
5%
Transportation (total)
Transportation (total)
End-use sector
Transportation (total)
Results
21%
Results
18%
Use, global average
13%
Estimates
87%
Estimates
85%
Estimates
15%
Of which passenger cars
Of which passenger cars
End-use sector
Of which passenger cars
Results
17%
Results
14%
Use, global average
14
Use, global average
15%
Of which others
Of which others
End-use sector
Of which others
Results
4%
Results
4%
Use, global average
30
Use, global average
20%
Industrial machinery
Industrial machinery
End-use sector
Industrial machinery
Results
29%
Results
26%
Use, global average
25
Use, global average
20%
Estimates
8%
Estimates
92%
Estimates
95%
Estimates
5%
Household appliances & electronics
Household appliances & electronics
End-use sector
Household appliances & electronics
Results
10%
Results
10%
Use, global average
15
Use, global average
20%
Estimates
30%
Estimates
70%
Estimates
95%
Estimates
5%
Metal goods
Metal goods
End-use sector
Metal goods
Results
23%
Results
27%
Use, global average
15
Use, global average
25%
Estimates
40%
Estimates
60%
Estimates
80%
Estimates
20%
End-use sector
Results
Use, global average
Estimates
2000
2005
Average lifetime (years)
Coefficient of variation
To landfill
Collected for recycling
Total
Of which as stainless steel
Of which as carbon steel
Building and infrastructure
17%
18%
50
30%
8%
92%
95%
5%
Transportation (total)
21%
18%
13%
87%
85%
15%
Of which passenger cars
17%
14%
14
15%
Of which others
4%
4%
30
20%
Industrial machinery
29%
26%
25
20%
8%
92%
95%
5%
Household appliances & electronics
10%
10%
15
20%
30%
70%
95%
5%
Metal goods
23%
27%
15
25%
40%
60%
80%
20%

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