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Unique Technologies/High Performance Materials
Unique Technologies
Unique Technologies/High Performance Materials
Fatigue Properties
By applying our proprietary "JIN™" process to our own grade TOKKIN 350 material, we have achieved high strength, excellent workability, and high reliability that cannot be obtained with ordinary manufacturing methods.
Typical values: Yield Strength(Ys) over 1500 MPa & Elongation(El) over 20%
(2)Low Mechanical Anisotropy
Greater flexibility in part design and stamping
(3)No Heat Treatment required after processing
Dimensional changes due to heat treatment are eliminated and dimensional accuracy is stabilized.
(4)Higher corrosion resistance than SUS316L
This material can meet the needs of customers who want to improve workability while maintaining the same strength as SUS301, or who want to omit precipitation hardening heat treatment of SUS631 or SUS632J1.
Dowlnload data sheet or more details on this page.
Main features of TOKKIN 350 JIN:
(1)Both High Strength and High DuctilityTypical values: Yield Strength(Ys) over 1500 MPa & Elongation(El) over 20%
(2)Low Mechanical Anisotropy
Greater flexibility in part design and stamping
(3)No Heat Treatment required after processing
Dimensional changes due to heat treatment are eliminated and dimensional accuracy is stabilized.
(4)Higher corrosion resistance than SUS316L
This material can meet the needs of customers who want to improve workability while maintaining the same strength as SUS301, or who want to omit precipitation hardening heat treatment of SUS631 or SUS632J1.
Dowlnload data sheet or more details on this page.
Unique Technologies/High Performance Materials
Unique Technologies
Unique Technologies/High Performance Materials
Fatigue Properties
By applying our proprietary "JIN™" process to SUS301 material, we have achieved high strength, excellent workability that cannot be obtained with ordinary manufacturing methods.
The surface treatment with our proprietary technology dramatically improves the surface corrosion resistance compared to the conventional SUS301.
Typical values: Yield Strength(Ys) over 1400 MPa & Elongation(El) over 20%
(2)Surface Corrosion Resistance far Superior to Ordinary SUS301
This material can meet the needs of customers who want to improve workability while maintaining the same strength as SUS301, who don't want to change material composition, or who want to omit precipitation hardening heat treatment of SUS631 or SUS632J1.
Product information dowlnload data sheet or more details on this page.
The surface treatment with our proprietary technology dramatically improves the surface corrosion resistance compared to the conventional SUS301.
Main features of TOKKIN 301 JIN:
(1)Achieving high strength and high ductility simultaneously.Typical values: Yield Strength(Ys) over 1400 MPa & Elongation(El) over 20%
(2)Surface Corrosion Resistance far Superior to Ordinary SUS301
This material can meet the needs of customers who want to improve workability while maintaining the same strength as SUS301, who don't want to change material composition, or who want to omit precipitation hardening heat treatment of SUS631 or SUS632J1.
Product information dowlnload data sheet or more details on this page.
Unique Technologies/High Performance Materials
Unique Technologies
Unique Technologies/High Performance Materials
Fatigue Properties
nanoSUS™ is a stainless steel that has ultrafine grained (UFG) microstructures with average grain sizes smaller than 1 μm. Compared to normal material, various property improvements can be expected, such as strength, fatigue properties, and workability by controlling the microstructure.
nanoSUS 301 uses SUS301 raw material, which enables high-strength finish such as EH, and nanoSUS (UFG) is expected to improve fatigue properties and spring properties compared to normal grain size.
We can produce different types of mechanical properties and grain sizes according to your requests and required characteristics. Please contact us for details.
nanoSUS 301 uses SUS301 raw material, which enables high-strength finish such as EH, and nanoSUS (UFG) is expected to improve fatigue properties and spring properties compared to normal grain size.
We can produce different types of mechanical properties and grain sizes according to your requests and required characteristics. Please contact us for details.
Unique Technologies/High Performance Materials
Unique Technologies
Unique Technologies/High Performance Materials
Fatigue Properties
nanoSUS™ is a stainless steel that has ultrafine grained (UFG) microstructures with average grain sizes smaller than 1 μm. Compared to normal material, various property improvements can be expected, such as strength, fatigue properties, and workability by controlling the microstructure.
nanoSUS 304 uses SUS304 raw material. The 2B finish of nanoSUS304 has higher hardness and higher yield strength compared to the ordinary 2B finish. However, it maintains maintains almost the same formability as ordinary SUS304 and improves strength while maintaining workability.
We can produce different types of mechanical properties and grain sizes according to your requests and required characteristics. Please contact us for details.
nanoSUS 304 uses SUS304 raw material. The 2B finish of nanoSUS304 has higher hardness and higher yield strength compared to the ordinary 2B finish. However, it maintains maintains almost the same formability as ordinary SUS304 and improves strength while maintaining workability.
We can produce different types of mechanical properties and grain sizes according to your requests and required characteristics. Please contact us for details.
Unique Technologies/High Performance Materials
Unique Technologies
Unique Technologies/High Performance Materials
Soft Magnetism
Fatigue Properties
Precipitation/Age Hardening
nanoMAG™a stainless steel combines "extremely high strength" and "excellent soft magnetic properties" through our proprietary grain size refining technology. It is five times stronger than electromagnetic soft iron, so it can also be used for applications such as rotor cores, which are subjected to strong centrifugal force due to high-speed rotation.
Tensile Strength（TS）2000Mpa class(Equivalent or superior to SUS301-EH)
(2)Excellent Soft Magnetic Properties
Maximum flux density 1.5T(Equivalent to ferritic stainless steels)
(3)Good Corrosion Resistance
Equivalent or superior to ferritic stainless steels.
Main features of nanoMAG™:
(1)Extremely High StrengthTensile Strength（TS）2000Mpa class(Equivalent or superior to SUS301-EH)
(2)Excellent Soft Magnetic Properties
Maximum flux density 1.5T(Equivalent to ferritic stainless steels)
(3)Good Corrosion Resistance
Equivalent or superior to ferritic stainless steels.
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