Secondary processing for various surface treatments
We consistently perform various secondary processing before and after surface treatment. Please use it to change the appearance or add accents.
Specification name
Description
Gurade
Create hair lines on the surface of the material and process various platings.
Point dyeing
Partially dyeing the electrodeposition coating (two-color scheme)
Cloisonné
Hand-applying color to various surface treatments
Laser marking
Laser processing for marking patterns, text, etc.
"Grade" specification
By applying hairline processing to the surface of the metal frame and applying various surface treatments on top of that, the metallic feel with reduced luster is emphasized, making it an effective specification for expressing the appearance of aging.
※This specification is effective for metal frames with a glossy finish; please note that hair lines will not be noticeable with matte or pearl paint finishes.
"Grade + Lunar Pink" hairline feel
"Grade + IP Gray" hairline feel
Point dyeing on electrodeposition coating
It is partially dyed according to the shape, and unlike cloisonné and FC, it has an even color and surface texture. Please try this product if you are concerned about uneven printing or cloisonné.
※Point dyeing is not possible for noble metal plating, ion plating, and solvent spray painting.
Black point dyeing on blue electrodeposition coating
Red point dyeing on pink electrodeposition paint
Emphasize the frame shape with point dyeing
Cloisonné
We process cloisonne and FC after various surface treatments.
Point color scheme of side parts with FC cloisonné
Laser marking processing
We process marking lasers after various surface treatments. It is also possible to color the laser-processed parts with electrodeposition coating, or to create interference colors for titanium materials.
Point electrodeposition coating on the laser processed part of the logo
Color titanium material with laser
Anodic oxidation of titanium material
Titanium and titanium alloy materials can be colored with the interference color of the oxide film on the surface by anodic electrolysis. The colors are unique and vivid, and gradation is also possible.
Color is developed by depositing a Ti on Ti material.
Not contain
D U-pick
Colorizes the β-titanium base material
Not contain
Unique bright color of interference color
Arranged with “IP Gray + You-pick A23”
Brazing plating for superelastic alloy materials (Ni-Ti)
By applying a special nickel plating process to the superelastic alloy (Ni-Ti), it becomes possible to use silver brazing.
Specification name
Description
Ni plating for NT brazing
Ni electroplating for brazing on Ni-Ti alloy materials
Ni peeler for NT
Peeling of Ni plating after brazing Ni-Ti alloy material
Electroplating in a woven basket
Screws and small metal decorations that are difficult to attach with a jig are placed on a rug and colored using a flash plating.
Specification name
Description
Color name
Color
Baratsuke plating
Flash electroplating is applied to small items such as screws by rolling them in a basket.
Lunar-P
Skin tone gold plating
Sun-P
Light gray plating
Nickel
Silver color plating
Gum
Gray color plating
With plating
Electroplating is applied to small items such as screws by rolling them in a basket. (Plating thickness can be specified)
Lunar-P
Skin tone gold plating
Lumineol
24K color gold plating
Palladium
Silver color plating
Acid treatment
A strong acid solution is used to remove discolored or hardened surfaces caused by welding titanium materials or heat treating NT materials. This process makes it easier to achieve a glossy finish with mirror polishing.
Specification name
Description
Titanium Hatashi
Acid treatment to remove braze burn on Ti materials
NT Hatashi
Acid treatment to remove brazing burn on Ni-Ti material
