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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.
Stainless Steels
Ferritic
Stainless Steels
Soft Magnetism
TDS-1 is a high-performance ferritic stainless steel with excellent strength, corrosion resistance, and soft magnetic properties.
It has high magnetic flux density and low coercive force, making it excellent in magnetization, demagnetization, and magnetic shielding properties. It can be used as electromagnetic stainless steel by applying magnetic annealing.
It can be used as an electromagnetic stainless steel by magnetic annealing.
(2) Corrosion Resistance
TDS-1 has a better corrosion resistance than SUS430.
(3) Conductivity is nearly the same as 42 Alloy,
The coefficient of thermal expansion of TDS-1 is about half of 42Ni, though the conductivity is the same. Switching from 42Ni can reduce costs by as much as 50%.
(4) Extensive installation experiences with TDS-1 replacing other grades
We have abundant experience of introducing TDS-1 to our customers to replace their current steel grades such as 42Ni, phosphor bronze, SUY, Permalloy, etc.
We can also manufacture foils below 0.10 mm in thickness and in small lots.
It has high magnetic flux density and low coercive force, making it excellent in magnetization, demagnetization, and magnetic shielding properties. It can be used as electromagnetic stainless steel by applying magnetic annealing.
Main features of TDS-1:
(1) Electromagnetic Stainless SteelIt can be used as an electromagnetic stainless steel by magnetic annealing.
(2) Corrosion Resistance
TDS-1 has a better corrosion resistance than SUS430.
(3) Conductivity is nearly the same as 42 Alloy,
The coefficient of thermal expansion of TDS-1 is about half of 42Ni, though the conductivity is the same. Switching from 42Ni can reduce costs by as much as 50%.
(4) Extensive installation experiences with TDS-1 replacing other grades
We have abundant experience of introducing TDS-1 to our customers to replace their current steel grades such as 42Ni, phosphor bronze, SUY, Permalloy, etc.
We can also manufacture foils below 0.10 mm in thickness and in small lots.
Stainless Steels
Ferritic
Stainless Steels
Soft Magnetism
High Corrosion Resistance
TDS-J is a high-performance ferritic stainless steel with excellent corrosion resistance and soft magnetic properties.
It has high magnetic flux density and low coercive force, making it excellent in magnetization, demagnetization, and magnetic shielding properties. It can be used as electromagnetic stainless steel by applying magnetic annealing.
It can be used as an electromagnetic stainless steel by magnetic annealing.
(2) Corrosion Resistance
Its corrosion resistance is equivalent to austenitic stainless steel SUS304, so it can be used without plating or other surface treatment in general environments.This material is recommended for those who have corrosion resistance issues with conventional electromagnetic stainless steel.
We can also manufacture foils below 0.10 mm in thickness and in small lots.
It has high magnetic flux density and low coercive force, making it excellent in magnetization, demagnetization, and magnetic shielding properties. It can be used as electromagnetic stainless steel by applying magnetic annealing.
Main features of TDS-J:
(1) Electromagnetic Stainless SteelIt can be used as an electromagnetic stainless steel by magnetic annealing.
(2) Corrosion Resistance
Its corrosion resistance is equivalent to austenitic stainless steel SUS304, so it can be used without plating or other surface treatment in general environments.This material is recommended for those who have corrosion resistance issues with conventional electromagnetic stainless steel.
We can also manufacture foils below 0.10 mm in thickness and in small lots.
Nickel, Cobalt, and Titanium Alloys
Nickel Alloys
Nickel, Cobalt, and Titanium Alloys
Soft Magnetism
Heat Resistance
High Corrosion Resistance
Pure Nickel has high corrosion resistance to many medium, as well as high electrical and thermal conductivity, and is used in a variety of applications, such as chemical plants, electrical and electronic components, aerospace, and automobiles.
It has excellent ductility and cold workability, but since it is a soft material, care must be taken when cutting it.
It has excellent ductility and cold workability, but since it is a soft material, care must be taken when cutting it.
Iron Nickel Alloys
Low Thermal Expansion Alloys
Iron Nickel Alloys
Soft Magnetism
Low Thermal Expansion
Alloy 36, commonly known as Invar, is a low thermal expansion alloy with a main composition of 36Ni-Fe.
It has a very low coefficient of thermal expansion, which suppresses dimensional changes due to temperature changes, so it is used in applications that require high-precision dimensions or where stress due to dimensional changes is not desired.
It has a very low coefficient of thermal expansion, which suppresses dimensional changes due to temperature changes, so it is used in applications that require high-precision dimensions or where stress due to dimensional changes is not desired.
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