1)Anodized Color Finish
Anodized Color Finish |
When a thin oxide layer (colorless and transparent) is formed on the titanium surface by means of the anodic oxidation method, colors appear due to the interference of light. This method represents a surface finish that produces a wide array of colors expressed by changing the layer thickness. (It is not coated.) |
Light of specific color is reflected.
Color can be seen as a result of the interference of light. So,varied facial expressions are shown depending on the curvature of the building, viewing angle, time of day and weather.
<Precautions for use of anodized color titanium>
It is requested users take note of the following in the use of anodized color titanium:
The oxide layer on the surface is made to grow by applying a voltage to the anode consisting of titanium in an acidic solution.
The thickness of oxide layer is changed by adjusting the voltage applied to the titanium anode to control the color.
<Image of the anode oxidation method>
2)IP Gold Titanium
IP Gold Titanium |
This represents a surface finish to impart shine more glossy than “gold” and with superior durability. The bright golden color derives from the inherent material color of titanium nitride, instead of color development by light interference. This represents a surface finish superior in maintenance performance as well surface owing to the titanium nitride layer adhered strongly to the titanium substrate. It can be used outdoors. |
Titanium nitride layer with a golden color is formed on the surface of titanium sheet under a vacuum by the ion plating method.
<Image of the ion plating method>
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1)Roll-dull Finish
Roll-dull Finish |
The surface finish is applied to reduce the gloss of the metal. In the field of architecture, it is used in the majority of projects due to its glare-proof property. |
The texture of the roll surface is transferred to reduce reflection of light on the surface.
2)Blasted Finish
Blasted Finish |
The surface finish is the muted matt surface finish. This product, with the appearance of a “smoked roofing tile”, has been used in Japanese architecture including shrines and temples. It is also possible to intentionally produce roofing tiles with non-uniform baking patterns by changing the blasting conditions. |
Certain media are irradiated on the surface to control surface roughness and brightness.
3)HYPERBETA
HYPEABETA Titanium |
This is a surface finish based on the texture of titanium crystal grains. Patterning with various crystal sizes is possible. Coloring by the anodic oxidation method also can be accommodated. |
Heating of titanium causes a crystal pattern to emerge on the surface.