TNM-1™ | Non-Magnetic Stainless Steel
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Unique Technologies/High Performance Materials
Unique Technologies
TNM-1™ | Non-Magnetic Stainless Steel
Overview & Features
Stainless steel that is not easily magnetized even when a magnetic field is applied is referred to as "Non-magnetic stainless steel." Even in austenitic stainless steels such as SUS304 and SUS316L, which are commonly considered non-magnetic, the permeability increases as the cold working rate increases. In order to use the material in a non-magnetic state, there were issues such as keeping the processing rate low and insufficient strength.
This steel type is specifically designed with adjusted composition to maintain non-magnetism even at extremely high processing rates. With an exceptionally high strength of 500 HV, making it ideal for applications requiring both near-perfect non-magnetism and high springiness. Besides, soft-finished material can also be drawn.
We can also help you select appropriate materials besides TNM-1 in accordance with your issues and actual use.
Product catalogue of TNM-1 is also available, Please feel free to contact us for more information.
This steel type is specifically designed with adjusted composition to maintain non-magnetism even at extremely high processing rates. With an exceptionally high strength of 500 HV, making it ideal for applications requiring both near-perfect non-magnetism and high springiness. Besides, soft-finished material can also be drawn.
We can also help you select appropriate materials besides TNM-1 in accordance with your issues and actual use.
Product catalogue of TNM-1 is also available, Please feel free to contact us for more information.
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Examples of Applications
Camera Modules, Communication Equipment Components, Medical Devices, Indwelling Needles, Motor Components<
※ Due to its non-magnetic properties, it is used for applications where magnetism is not desired, such as in electronic components.
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Available Shapes
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Manufacturable Range (COIL, SHEET)
Thickness
0.010-2.0mm
Width
3.0-300mm
Length
COIL or SHEET less than 2000mm
This is the manufacturing range of coils and sheets we manufacture.
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Lyog5aSW6YOo44K144Kk44OI6KGo56S655So44GuQ1NT44GM44GT44GT44Gr5YWl44KK44G+44GZ44CCICovDQoJLmhvZ2Ugew0KDQoJfQ==
Mechanical Properties
The typical values of magnetic permeability and mechanical properties of skin pass material and matirials processed to maximum strength are shown in the table below.
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Cold Working and Magnetic Permeability
The figure below shows the correlation between rolling reduction, hardness, and magnetic permeability of non-magnetic stainless steels such as TNM-1.
Austenitic stainless steels represented by SUS304 are nonmagnetic in the solution (annealed)condition, but become magnetic when cold rolled,whereas TNM-1 has almost no increase in magnetic permeability even when the working ratio is increased, and maintains a magnetic permeability of 1.003 at a strength equivalent to SUS301-EH, which is in the nonmagnetic range.
Lyog5aSW6YOo44K144Kk44OI6KGo56S655So44GuQ1NT44GM44GT44GT44Gr5YWl44KK44G+44GZ44CCICovDQoJLmhvZ2Ugew0KDQoJfQ==
Related Pages
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Non-magnetic Stainless Steels
Stainless steels that are not easily magnetized when a magnetic field is applied is called "non-magnetic stainless steel”.
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Lyog5aSW6YOo44K144Kk44OI6KGo56S655So44GuQ1NT44GM44GT44GT44Gr5YWl44KK44G+44GZ44CCICovDQoJLmhvZ2Ugew0KDQoJfQ==
Related Products
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SUS316L | Austenitic Stainless Steel
SUS316L has corrosion resistance by reducing carbon from SUS316 which has improved corrosion resistance by increasing nickel and adding molybdenum to SUS304, a typical grade of austenitic stainless steel.
This grade is difficult to find sources due to low volume in circulation among general-purpose stainless steels, but we can supply it in foils, special dimension, and small lots.
*The "L" in SUS316L stands for low carbon.
This grade is difficult to find sources due to low volume in circulation among general-purpose stainless steels, but we can supply it in foils, special dimension, and small lots.
*The "L" in SUS316L stands for low carbon.
TOKKIN™ 305M | Non-Magnetic Stainless Steel
This grade is based on SUS304 (18Cr-8Ni), a typical austenitic stainless steel, and has stabilized austenite phase by increasing chemical composition such as Ni, Mn and Cr, making it less susceptible to magnetization even after cold rolling.
TOKKIN 305M is adjusted these content at the higher level within the range of JIS SUS305, it exhibits increased stability compared to the typical SUS305.
Additionally, with a higher nickel (Ni) content, it has excellent processability and corrosion resistance.
TOKKIN 305M is adjusted these content at the higher level within the range of JIS SUS305, it exhibits increased stability compared to the typical SUS305.
Additionally, with a higher nickel (Ni) content, it has excellent processability and corrosion resistance.
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