Ultra-thin Glass for Chemical Strengthening : Dinorex UTG™
Ultra-thin Glass : G-Leaf®
Flexible OLED lighting panel by YU-FIC
3M™ Speedglas™ Welding Helmet
Application : Metal-like Translucent Screen
Ultra-thin Glass with Polarizing Film
Ultra-thin Glass Laminated on Resin : Lamion®[Flexible Type]
Ultra-thin Glass Laminated on Resin : Lamion®[Rigid Type]
Application: Flexible Mold for Nanoimprint Lithography
Processed Sample of Micro Hole Processing
Ultra-thin Cover Glass for Solar Cell Module of Low Earth Orbit Satellite
Dinorex UTG™ is glass for chemical strengthening developed for use as cover glass for foldable displays. Dinorex UTG™ is formed by overflow technology cultivated in the manufacturing of thin glass for displays, and it has excellent bending properties due to its extremely smooth surface and uniform thickness.
G-Leaf® is the glass that thickness is under 0.2mm(200μm). Rolled products with a length of 1km or more are also available.
G-Leaf® is excellent in flexibility that makes the glass bendable while keeping the conventional characteristics of glass. G-Leaf® is a new material expected to contribute to the advancement of technologies and products in a wider range of fields.
G-Leaf® does not limit the use place. Followings are examples of its applications; touch panel, OLED lighting, smart wearable device, electronic paper, solar cell, flexible display and so on. In addition, G-Leaf® may be used as a substitute for the resin film.
Lamion® is a composite material of resin with ultra-thin glass G-Leaf® affixed to both sides. Advantages of glass such as high abrasion resistance and excellent gas-barrier properties, and the advantages of resin such as light weight and flexibility, are successfully combined in this hybrid material.
Lamion® is successfully made about 50% lighter than other common glass with the same thickness. It is also highly resistant to scratches, shocks, and discoloration, attracting attention as a new material for purposes that were difficult to meet with resin alone.
Here is our processed glass sample using LIDE* technology developed by LPKF Laser & Electronics AG.
*LIDE:Laser Induced Deep Etching
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