General steel with good corrosion resistance and high mechanical property and thermal conductivity; it has good rust resistance in atmosphere and steam, but has worse rust resistance in medium containing much chloridion.
The steel is mainly used in manufacturing nitric-acid and nitramine equipment, such as absorption tower, exchanger, storage tank, etc.
The steel is mainly used for manufacturing internal decoration of building, office equipment, kitchenware, decoration of automobile, gas burner, etc. But, it is not appropriate to make equipment and parts bearing load below room temperature and the steel's section thickness can't exceed 4mm as the steel's brittle transition temperature is above room temperature and it has notch sensitivity.
Ferritic Stainless Steel has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing. has ferrite (body centered cubic crystal) as its main phase. These stainless steels contain iron and chromium,based on the Type 430 composition of 17% chromium. Ferritic stainless steel Bar is less ductile than austenitic steel and cannot be hardened and strengthened by heat treatment, but can be cold worked and softened by annealing.Ferritic Stainless Steel has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
has chromium as its major alloying element and is typically low in carbon content. The basic type of Ferritic Stainless Steel is Grade 430. We provide not only this type steel, but also other types such as X20Cr13, SUS420J2 and X30Cr13, etc.
As a group, Ferritic Stainless Steel are more corrosive resistant than the martensitic stainless steel , but generally inferior to the austenitic ones.
Ferritic Stainless Steel is magnetic, and has good ductility and can be welded or fabricated without difficulty. These grades can be processed to develop an aesthetically pleasing, bright finish and, therefore, are sometimes used for automotive trim, sinks and appliance molding. Ferritic Stainless Steel is also used in fields which would cost much money, e.g., automotive exhaust systems, catalytic converters, radiator caps, and chimney liners.
