Our Advantages
Plating & surface treatment technology
Company
Japanese
Problems with Plating?
Our Advantages
Plating & surface treatment technology
Characteristics and applications
Appearance
Wear resistance
Excellent hardness
Heat resistance
Chemical resistance
Corrosion resistance
Non-adhesive
Lubricity
Electrical conductivity
Solderability
Dimensional accuracy
Applications
Automobile
Aerospace
Medical
Industrial machinery
Electronic device
Household goods
Target Materials
Stainless
Iron
Copper
Brass
Titanium
Aluminum
Duralumin
Plastic
Glass
Fiber
Carbon
Ceramics
Other metal materials
Plating and Surface treatment
Electroless nickel PTFE composite plating (PTFE20～24％Vol) *Supporting PFOA and PFOS
Electroless silver plating (Ag) (displacement silver type, reduction silver thickening type)
Hard alumite (anodization)
Trivalent conversion treatment of aluminum (alodine alternative)
Black electroless nickel plating
Electroless nickel PTFE composite plating (low content)
S Protect M2
Electroless nickel plating (ELp-Fe / Ni)
Gold plating （Au）
Silver plating (Ag) | Application example: EV (electric vehicle)
Tin plating （Sn）
Trivalent / Hexavalent chrome plating (Ni-Cr)
Black nickel plating
Electro nickel plating (glossy)
Black chrome plating
Zinc plating (Zn)
Hard chrome plating
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Overview / History
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Problems with Plating?
Japanese
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Plating and Surface treatment
Target Materials
Aluminum
Aluminum
Electroless nickel PTFE composite plating (PTFE20～24％Vol) *Supporting PFOA and PFOS
Electroless silver plating (Ag) (displacement silver type, reduction silver thickening type)
Hard alumite (anodization)
Trivalent conversion treatment of aluminum (alodine alternative)
Black electroless nickel plating
Electroless nickel PTFE composite plating (low content)
S Protect M2
Electroless nickel plating (ELp-Fe / Ni)
Gold plating （Au）
Silver plating (Ag) | Application example: EV (electric vehicle)
Tin plating （Sn）
Trivalent / Hexavalent chrome plating (Ni-Cr)
Black nickel plating
Electro nickel plating (glossy)
Black chrome plating
Zinc plating (Zn)
Hard chrome plating
Plating & surface treatment technology.
Characteristics and applications
Appearance
Wear resistance
Excellent hardness
Heat resistance
Chemical resistance
Corrosion resistance
Non-adhesive
Lubricity
Electrical conductivity
Solderability
Dimensional accuracy
Applications
Automobile
Vehicle electrical components
Engine parts
Brake parts
Vehicle body
Joining parts (bolts and nuts)
Aerospace
Joining parts (bolts and nuts)
Electrical parts
Mechanical parts
Medical
Medical device
Medical equipment
Medical device parts
Industrial machinery
Hydraulic parts
Motor
Shaft
Cylinder
Electronic device
Printed board
Hard disk
Lead frame
Electronic connector
Household goods
Smartphone parts
Home appliances parts
Target Materials
Stainless
Iron
Copper
Brass
Titanium
Aluminum
Duralumin
Plastic
Glass
Fiber
Carbon
Ceramics
Other metal materials
Plating and Surface treatment.
Electroless nickel PTFE composite plating (PTFE20～24％Vol) *Supporting PFOA and PFOS
Electroless silver plating (Ag) (displacement silver type, reduction silver thickening type)
Hard alumite (anodization)
Trivalent conversion treatment of aluminum (alodine alternative)
Black electroless nickel plating
Electroless nickel PTFE composite plating (low content)
S Protect M2
Electroless nickel plating (ELp-Fe / Ni)
Gold plating （Au）
Silver plating (Ag) | Application example: EV (electric vehicle)
Tin plating （Sn）
Trivalent / Hexavalent chrome plating (Ni-Cr)
Black nickel plating
Electro nickel plating (glossy)
Black chrome plating
Zinc plating (Zn)
Hard chrome plating
Our Advantages
Plating & surface treatment technology
Company
Problems with Plating?
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