Research and Development
About
Introduction of Core Technologies
Material Field
Material Field technology contributes to improvement of image quality, durability, sensitivity, and productivity for such products as color materials, organic electronics, and functional display films.
This technology is to synthesize organic material with superb image quality, durability and sensitivity used for toners, graphic art and medical films and organic light emitting diode materials.
- Organic EL materials
- Ink for inkjet textile printers
- Color materials for color proofing system
- Organic photoconductor for electrophotography
This technology is to design appropriate multi-layer structure for devices such as photoconductors and radiator to enhance sensitivity and durability.
- Organic photoconductor for electrophotography
- Organic EL material
This technology is to form nanometer to micrometer ultra-fine inorganic or organic grain uniformly, which is essential for securing high image quality for polymerized toner and medical and graphic arts films.
- Fluorescent materials for X-ray system
- Polymerization toner
- Silver halide fine grain forming technology
Introduced here are film-making technology for such base film as PET and TAC, and coating technology to coat materials onto these base films and glasses. Both of these technologies support material technologies.
- Making protecting film for polarizers
- Simultaneous multi-layer coating technology
- Nano-coating technology
- Thin film coating technology
- Thick layer vapor deposition
