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Halilbeyli OSB Mah. Nif Cad. No:20
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Stainless Steel

   Technical Features of Stainless Steel    
       
                             
   Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high   
  corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually    
  used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called    
  “Stainless Steel” in our country, the correct usage is Corrosion Resistant Steels.              
                             
 
 
                             
  1.CHEMICAL COMPOSITION                    
                             
      Chemical Composition % by Mass   
   QualityCmax.Simax.Mnmax.Pmax.SCrCumax.MoNiNmax.   
   AISI 3030,101,002,000,0450,15 – 0,3517,00 – 19,001,00–8,00 – 10,000,10   
      
   AISI 3040,071,002,000,0450,03017,00 – 19,00––8,00 – 10,500,10   
      
   AISI 304L0,031,002,000,0450,03017,50 – 19,50––8,00 – 10,500,10   
      
   AISI 3160,071,002,000,0450,03016,50 – 18,50–2,00 – 2,5010,00 – 13,000,10   
      
   AISI 316L0,031,002,000,0450,03016,50 – 18,50–2,00 – 2,5010,00 – 13,000,10   
      
   AISI 4200,16 – 0,251,001,500,0400,03012,00 – 14,00––––   
      
   AISI 4300,081,001,000,0400,03016,00 – 18,00––––   
      
   AISI 4310,12 – 0,221,001,500,0400,03015,00 – 17,00––1,50 – 2,50–   
      
                             
      Chemical Composition % by Mass   
   QualityCmax.Simax.Mnmax.Pmax.Smax.CrTimax.MoNiNmax.   
   AISI 316Ti0,081,002,000,0450,03016,50 – 18,500,702,00 – 2,5010,50 – 13,50–   
      
                             
  3.TECHNICAL DELIVERY CONDITIONS                    
                             
  EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.     
                             
  4.AREAS OF USE                     
                             
  General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,  
  household appliances, food machinery and construction sector.                    
   X8CrNiS18-9 (AISI 303) Austenitic Stainless Steel Technical Features According to EN10088-5      
       
                             
   Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high   
  corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually    
  used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called    
  “Stainless Steel” in our country, the correct usage is Corrosion Resistant Steels. Austenitic Stainless Steels are characterized by their   
  high corrosion resistance, high satiety and not being magnetized.              
                             
 
 
                             
                             
  Material Name:       Material No:       Equivalent Qualities: 
  X8CrNiS18-9       1.4305       AISI 303 
                             
  1.CHEMICAL COMPOSITION                    
                             
      Chemical Composition % by Mass   
   QualityCmax.Simax.Mnmax.Pmax.SCrCumax.MoNiNmax.   
   AISI 3030,101,002,000,0450,15 – 0,3517,00 – 19,001,00–8,00 – 10,000,10   
      
                             
                             
  2.MECHANICAL FEATURES                     
                             
       Mechanical Features of Austenitic Stainless Steel Bright Bars in a Solution Annealed (+AT) State in Room Temperature    
          
      d ≤ 10mm10mm < d ≤ 16 mm16mm < d ≤ 40mm40mm < d ≤ 63mm63mm < d ≤ 160mm160mm < d ≤ 250mm    
      t ≤ 10 mm10mm < t ≤ 16mm16mm < t ≤ 40mm40mm < t ≤ 63mm63mm < t ≤ 160mm160mm < t ≤ 250mm    
    Rp0,2 min.400400190190190–    
    Rm600 – 950600 – 950500 – 850500 – 850500 – 750–    
    A5 min.15 (long.)15 (long.)20 (long.)20 (long.)35 (long.)–    
    KVb min.––100 (long.)100 (long.)100 (long.)–    
                             
         d: Diameter (mm)t: Thickness (mm)         
         HardnessHmax.HB         
         Yield StrengthRe min.MPa         
         Tensile StrengthRmMPa         
         ElongationA5 min.%         
         Notch Impact StrengthKVb min.Joule         
         1 MPa = 1 N/mm2         
                             
                             
                             
                             
  3.TECHNICAL DELIVERY CONDITIONS                    
                             
  EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.     
                             
                             
  4.AREAS OF USE                     
                             
  General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,  
  household appliances, food machinery and construction sector.                    
X5CrNi18-10 (AISI 304) Austenitic Stainless Steel Technical Features According to EN10088-5 
Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high  
corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually 
used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called 
"Stainless Steel" in our country, the correct usage is Corrosion Resistant Steels. Austenitic Stainless Steels are characterized by their 
high corrosion resistance, high satiety and not being magnetized.
 
 
Material Name: Material No: Equivalent Qualities:
X5CrNi18-10 1.4301 AISI 304
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality Cmax. Simax. Mnmax. Pmax. Smax. Cr Cumax. Mo Ni Nmax.
AISI 304 0,07 1,00 2,00 0,045 0,030 17,00 – 19,00 – – 8,00 – 10,50 0,10
2. MECHANICAL FEATURES
Mechanical Features of Austenitic Stainless Steel Bright Bars in a Solution Annealed (+AT) State in Room Temperature
d ≤ 10mm 10mm < d ≤ 16 mm 16mm < d ≤ 40mm 40mm < d ≤ 63mm 63mm < d ≤ 160mm 160mm < d ≤ 250mm
t ≤ 10 mm 10mm < t ≤ 16mm 16mm < t ≤ 40mm 40mm < t ≤ 63mm 63mm < t ≤ 160mm 160mm < t ≤ 250mm
Rp0,2 min. 400 400 190 190 190 190
Rm 600 – 950 600 – 950 600 – 850 580 – 850 500 – 700 500 – 700
A5 min. 25 (long.) 25 (long.) 30 (long.) 30 (long.) 45 (long.) 35 (long.)
KVb min. – – 100 (long.) 100 (long.) 100 (long.) 60 (long.)
d: Diameter (mm) t: Thickness (mm)
Hardness Hmax. HB
Yield Strength Re min. MPa
Tensile Strength Rm MPa
Elongation A5 min. %
Notch Impact Strength KVb min. Joule
1 MPa = 1 N/mm2
3. TECHNICAL DELIVERY CONDITIONS
EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.
4. AREAS OF USE
General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,
household appliances, food machinery and construction sector. 
   X2CrNi18-9 (AISI 304L) Austenitic Stainless Steel Technical Features According to EN10088-5     
       
                             
   Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high   
  corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually    
  used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called    
  “Stainless Steel” in our country, the correct usage is Corrosion Resistant Steels. Austenitic Stainless Steels are characterized by their   
  high corrosion resistance, high satiety and not being magnetized.              
                             
 
 
                             
                             
  Material Name:       Material No:       Equivalent Qualities: 
  X2CrNi18-9       1.4307       AISI 304L 
                             
  1.CHEMICAL COMPOSITION                    
                             
      Chemical Composition % by Mass   
   QualityCmax.Simax.Mnmax.Pmax.Smax.CrCumax.MoNiNmax.   
   AISI 304L0,031,002,000,0450,03017,50 – 19,50––8,00 – 10,500,10   
      
                             
                             
  2.MECHANICAL FEATURES                     
                             
       Mechanical Features of Austenitic Stainless Steel Bright Bars in a Solution Annealed (+AT) State in Room Temperature    
          
      d ≤ 10mm10mm < d ≤ 16 mm16mm < d ≤ 40mm40mm < d ≤ 63mm63mm < d ≤ 160mm160mm < d ≤ 250mm    
      t ≤ 10 mm10mm < t ≤ 16mm16mm < t ≤ 40mm40mm < t ≤ 63mm63mm < t ≤ 160mm160mm < t ≤ 250mm    
    Rp0,2 min.400380175175175175    
    Rm600 – 930600 – 930500 – 830500 – 830500 – 700500 – 700    
    A5 min.25 (long.)25 (long.)30 (long.)30 (long.)45 (long.)35 (long.)    
    KVb min.––100 (long.)100 (long.)100 (long.)60 (long.)    
                             
         d: Diameter (mm)t: Thickness (mm)         
         HardnessHmax.HB         
         Yield StrengthRe min.MPa         
         Tensile StrengthRmMPa         
         ElongationA5 min.%         
         Notch Impact StrengthKVb min.Joule         
         1 MPa = 1 N/mm2         
                             
                             
                             
  3.TECHNICAL DELIVERY CONDITIONS                    
                             
  EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.     
                             
                             
  4.AREAS OF USE                     
                             
  General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,  
  household appliances, food machinery and construction sector.                    
   X5CrNiMo17-12-2 (AISI 316) Austenitic Stainless Steel Technical Features According to EN10088-5     
       
                             
   Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high   
  corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually    
  used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called    
  “Stainless Steel” in our country, the correct usage is Corrosion Resistant Steels. Austenitic Stainless Steels are characterized by their   
  high corrosion resistance, high satiety and not being magnetized.              
                             
 
 
                             
                             
  Material Name:       Material No:       Equivalent Qualities: 
  X5CrNiMo17-12-2       1.4401       AISI 316 
                             
  1.CHEMICAL COMPOSITION                    
                             
      Chemical Composition % by Mass   
   QualityCmax.Simax.Mnmax.Pmax.Smax.CrCumax.MoNiNmax.   
   AISI 3160,071,002,000,0450,03016,50 – 18,50–2,00 – 2,5010,00 – 13,000,10   
      
                             
                             
  2.MECHANICAL FEATURES                     
                             
       Mechanical Features of Austenitic Stainless Steel Bright Bars in a Solution Annealed (+AT) State in Room Temperature    
          
      d ≤ 10mm10mm < d ≤ 16 mm16mm < d ≤ 40mm40mm < d ≤ 63mm63mm < d ≤ 160mm160mm < d ≤ 250mm    
      t ≤ 10 mm10mm < t ≤ 16mm16mm < t ≤ 40mm40mm < t ≤ 63mm63mm < t ≤ 160mm160mm < t ≤ 250mm    
    Rp0,2 min.400380200200200200    
    Rm600 – 950580 – 950500 – 850500 – 850500 – 700500 – 700    
    A5 min.25 (long.)25 (long.)30 (long.)30 (long.)40 (long.)30 (long.)    
    KVb min.––100 (long.)100 (long.)100 (long.)60 (long.)    
                             
         d: Diameter (mm)t: Thickness (mm)         
         HardnessHmax.HB         
         Yield StrengthRe min.MPa         
         Tensile StrengthRmMPa         
         ElongationA5 min.%         
         Notch Impact StrengthKVb min.Joule         
         1 MPa = 1 N/mm2         
                             
                             
                             
  3.TECHNICAL DELIVERY CONDITIONS                    
                             
  EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.     
                             
                             
  4.AREAS OF USE                     
                             
  General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,  
  household appliances, food machinery and construction sector.                    
   X2CrNiMo17-12-2 (AISI 316L) Austenitic Stainless Steel Technical Features According to EN10088-5     
       
                             
   Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high   
  corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually    
  used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called    
  “Stainless Steel” in our country, the correct usage is Corrosion Resistant Steels. Austenitic Stainless Steels are characterized by their   
  high corrosion resistance, high satiety and not being magnetized.              
                             
 
 
                             
                             
  Material Name:       Material No:       Equivalent Qualities: 
  X2CrNiMo17-12-2       1.4404       AISI 316L 
                             
  1.CHEMICAL COMPOSITION                    
                             
      Chemical Composition % by Mass   
   QualityCmax.Simax.Mnmax.Pmax.Smax.CrCumax.MoNiNmax.   
   AISI 316L0,031,002,000,0450,03016,50 – 18,50–2,00 – 2,5010,00 – 13,000,10   
      
                             
                             
  2.CHEMICAL COMPOSITION                     
                             
       Mechanical Features of Austenitic Stainless Steel Bright Bars in a Solution Annealed (+AT) State in Room Temperature    
          
      d ≤ 10mm10mm < d ≤ 16 mm16mm < d ≤ 40mm40mm < d ≤ 63mm63mm < d ≤ 160mm160mm < d ≤ 250mm    
      t ≤ 10 mm10mm < t ≤ 16mm16mm < t ≤ 40mm40mm < t ≤ 63mm63mm < t ≤ 160mm160mm < t ≤ 250mm    
    Rp0,2 min.400380200200200200    
    Rm600 – 930580 – 930500 – 830500 – 830500 – 700500 – 700    
    A5 min.25 (long.)25 (long.)30 (long.)30 (long.)40 (long.)30 (long.)    
    KVb min.––100 (long.)100 (long.)100 (long.)60 (long.)    
                             
         d: Diameter (mm)t: Thickness (mm)         
         HardnessHmax.HB         
         Yield StrengthRe min.MPa         
         Tensile StrengthRmMPa         
         ElongationA5 min.%         
         Notch Impact StrengthKVb min.Joule         
         1 MPa = 1 N/mm2         
                             
                             
                             
  3.TECHNICAL DELIVERY CONDITIONS                    
                             
  EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.     
                             
                             
  4.AREAS OF USE                     
                             
  General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,  
  household appliances, food machinery and construction sector.                   
X6CrNiMoTi17-12-2 (AISI 316Ti) Austenitic Stainless Steel Technical Features According to EN10088-5 
Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high  
corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually 
used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called 
"Stainless Steel" in our country, the correct usage is Corrosion Resistant Steels. Austenitic Stainless Steels are characterized by their 
high corrosion resistance, high satiety and not being magnetized.
 
 
Material Name: Material No: Equivalent Qualities:
X6CrNiMoTi17-12-2 1.4571 AISI 316Ti
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality Cmax. Simax. Mnmax. Pmax. Smax. Cr Timax. Mo Ni Nmax.
AISI 316Ti 0,08 1,00 2,00 0,045 0,030 16,50 – 18,50 0,70 2,00 – 2,50 10,50 – 13,50 –
2. MECHANICAL FEATURES
Mechanical Features of Austenitic Stainless Steel Bright Bars in a Solution Annealed (+AT) State in Room Temperature
d ≤ 10mm 10mm < d ≤ 16 mm 16mm < d ≤ 40mm 40mm < d ≤ 63mm 63mm < d ≤ 160mm 160mm < d ≤ 250mm
t ≤ 10 mm 10mm < t ≤ 16mm 16mm < t ≤ 40mm 40mm < t ≤ 63mm 63mm < t ≤ 160mm 160mm < t ≤ 250mm
Rp0,2 min. 400 380 200 200 200 200
Rm 600 – 950 580 – 950 500 – 850 500 – 850 500 – 700 500 – 700
A5 min. 25 (long.) 25 (long.) 30 (long.) 30 (long.) 40 (long.) 30 (long.)
KVb min. – – 100 (long.) 100 (long.) 100 (long.) 60 (long.)
d: Diameter (mm) t: Thickness (mm)
Hardness Hmax. HB
Yield Strength Re min. MPa
Tensile Strength Rm MPa
Elongation A5 min. %
Notch Impact Strength KVb min. Joule
1 MPa = 1 N/mm2
3. TECHNICAL DELIVERY CONDITIONS
EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.
4. AREAS OF USE
General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,
household appliances, food machinery and construction sector. 
X20Cr13 (AISI 420) Martensitic Stainless Steel Technical Features According to EN10088-5 
Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high  
corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually 
used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called 
"Stainless Steel" in our country, the correct usage is Corrosion Resistant Steels. The most important feature of these stainless steels 
is that their hardness can be increased by heat treatment. Corrosion resistance is low compared to other stainless steels.
 
 
Material Name: Material No: Equivalent Qualities:
X20Cr13 1.4021 AISI 420
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Simax. Mnmax. Pmax. Smax. Cr Cumax. Mo Ni Nmax.
AISI 420 0,16 – 0,25 1,00 1,50 0,040 0,030 12,00 – 14,00 – – – –
2. MECHANICAL FEATURES
Mechanical Features of Martensitic Stainless Steel Bright Bars in an Annealed (+A) State in Room Temperature
d ≤ 10mm 10mm < d ≤ 16 mm 16mm < d ≤ 40mm 40mm < d ≤ 63mm 63mm < d ≤ 160mm 160mm < d ≤ 250mm
t ≤ 10 mm 10mm < t ≤ 16mm 16mm < t ≤ 40mm 40mm < t ≤ 63mm 63mm < t ≤ 160mm 160mm < t ≤ 250mm
Rm max. 910 910 850 800 860 –
HBmax. 290 290 260 250 230 –
Mechanical Features of Martensitic Stainless Steel Bright Bars in a Reclaimed (+QT700) State in Room Temperature
d ≤ 10mm 10mm < d ≤ 16 mm 16mm < d ≤ 40mm 40mm < d ≤ 63mm 63mm < d ≤ 160mm 160mm < d ≤ 250mm
t ≤ 10 mm 10mm < t ≤ 16mm 16mm < t ≤ 40mm 40mm < t ≤ 63mm 63mm < t ≤ 160mm 160mm < t ≤ 250mm
Rp0,2 min. 600 550 500 500 500 –
Rm 750 – 1000 750 – 1000 700 – 950 700 – 950 700 – 850 –
A5 min. 8 (long.) 8 (long.) 10 (long.) 12 (long.) 13 (long.) –
KVb min. – – 25 (long.) 25 (long.) 25 (long.) –
d: Diameter (mm) t: Thickness (mm)
Hardness Hmax. HB
Yield Strength Re min. MPa
Tensile Strength Rm MPa
Elongation A5 min. %
Notch Impact Strength KVb min. Joule
1 MPa = 1 N/mm2
3. TECHNICAL DELIVERY CONDITIONS
EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.
4. AREAS OF USE
General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,
household appliances, food machinery and construction sector. 
X6Cr17 (AISI 430) Ferritic Stainless Steel Technical Features According to EN10088-5
Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high  
corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually 
used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called 
"Stainless Steel" in our country, the correct usage is Corrosion Resistant Steels.These stainless steels are not suitable for heat treatment 
(cannot be hardened) and are magnetised. If they need to be hardened, they can be hardened by cold drawing.
 
 
Material Name: Material No: Equivalent Qualities:
X6Cr17 1.4016 AISI 430
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality Cmax. Simax. Mnmax. Pmax. Smax. Cr Cumax. Mo Ni Nmax.
AISI 430 0,08 1,00 1,00 0,040 0,030 16,00 – 18,00 – – – –
2. MECHANICAL FEATURES
Mechanical Features of Ferritic Stainless Steel Bright Bars in an Annealed (+A) State in Room Temperature
d ≤ 10mm 10mm < d ≤ 16 mm 16mm < d ≤ 40mm 40mm < d ≤ 63mm 63mm < d ≤ 160mm 160mm < d ≤ 250mm
t ≤ 10 mm 10mm < t ≤ 16mm 16mm < t ≤ 40mm 40mm < t ≤ 63mm 63mm < t ≤ 160mm 160mm < t ≤ 250mm
Rp0,2 min. 320 300 240 240 240 –
Rm 500 – 750 480 – 750 400 – 700 400 – 700 400 – 630 –
A5 min. 8 8 15 15 20 –
d: Diameter (mm) t: Thickness (mm)
Hardness Hmax. HB
Yield Strength Re min. MPa
Tensile Strength Rm MPa
Elongation A5 min. %
Notch Impact Strength KVb min. Joule
1 MPa = 1 N/mm2
3. TECHNICAL DELIVERY CONDITIONS
EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.
4. AREAS OF USE
General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,
household appliances, food machinery and construction sector. 
X17CrNi16-2 (AISI 431) Martensitic Stainless Steel Technical Features According to EN10088-5
Stainless steels are steels that require to contain 12% or more chromium (Cr), varying quantities of nickel (Ni), and high  
corrosion resistance.These steels can contain low and medium levels of carbon (0.08-0.60), though it’s generally low. They are usually 
used in applications and components that require corrosion resistance, long-life expectancy, and hygiene. Although they are called 
"Stainless Steel" in our country, the correct usage is Corrosion Resistant Steels. The most important feature of these stainless steels 
is that their hardness can be increased by heat treatment. Corrosion resistance is low compared to other stainless steels.
 
 
Material Name: Material No: Equivalent Qualities:
X17CrNi16-2 1.4057 AISI 431
1. CHEMICAL COMPOSITION
Chemical Composition % by Mass
Quality C Simax. Mnmax. Pmax. Smax. Cr Cumax. Mo Ni Nmax.
AISI 431 0,12 – 0,22 1,00 1,50 0,040 0,030 15,00 – 17,00 – – 1,50 – 2,50 –
2. MECHANICAL FEATURES
Mechanical Features of Martensitic Stainless Steel Bright Bars in an Annealed (+A) State in Room Temperature
d ≤ 10mm 10mm < d ≤ 16 mm 16mm < d ≤ 40mm 40mm < d ≤ 63mm 63mm < d ≤ 160mm 160mm < d ≤ 250mm
t ≤ 10 mm 10mm < t ≤ 16mm 16mm < t ≤ 40mm 40mm < t ≤ 63mm 63mm < t ≤ 160mm 160mm < t ≤ 250mm
Rm max. 1050 1050 1000 950 950 –
HBmax. 330 330 310 295 295 –
Mechanical Features of Martensitic Stainless Steel Bright Bars in a Reclaimed (+QT700) State in Room Temperature
d ≤ 10mm 10mm < d ≤ 16 mm 16mm < d ≤ 40mm 40mm < d ≤ 63mm 63mm < d ≤ 160mm 160mm < d ≤ 250mm
t ≤ 10 mm 10mm < t ≤ 16mm 16mm < t ≤ 40mm 40mm < t ≤ 63mm 63mm < t ≤ 160mm 160mm < t ≤ 250mm
Rp0,2 min. 750 700 650 650 650 –
Rm 850 – 1100 850 – 1100 800 – 1050 800 – 1000 800 – 950 –
A5 min. 7 (long.) 7 (long.) 9 (long.) 12 (long.) 12 (long.) –
KVb min. – – 25 (long.) 25 (long.) 20 (long.) –
d: Diameter (mm) t: Thickness (mm)
Hardness Hmax. HB
Yield Strength Re min. MPa
Tensile Strength Rm MPa
Elongation A5 min. %
Notch Impact Strength KVb min. Joule
1 MPa = 1 N/mm2
3. TECHNICAL DELIVERY CONDITIONS
EN 10088-5:2009 Technical Delivery Conditions for Corrosion Resistant Steel Bars, Shafts, Wires and Bright Products.
4. AREAS OF USE
General areas of use are welded pipe production, turbine blades, surgical instruments, automobile chassis parts, exhaust elements,
household appliances, food machinery and construction sector. 

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