Study on TiO2 Light-Induced Amphiphilicity on the Erased Plate

Ming Guang Yu; Guang Xue Chen; Qi Feng Chen

doi:10.4028/www.scientific.net/AMR.380.344

Paper Titles

The Synthesis of the Ether Compounds of Polycondensation Resin of the Pyrogallic Acid and the Divinylbenzene
p.311

Synthesis and Phase Behavior of 4, 4’-Azobisphenol Derivatives
p.316

Study of Synthesis and Characteristic of Diazoresins Used in Waterless Printing Plate
p.320

Synthesis and Properties of a Novel Liquid Crystalline Monomer Containing Chalcone Moiety
p.326

Preparation of a Self-Crosslinking Resin System at Ambient Temperature
p.331

Synthesis of ZnO Nanoparticles by Direct Precipitation Method
p.335

The Electroluminescent Devices Based on Benzoxazinone as Strong Fluorescent Material
p.339

Study on TiO₂ Light-Induced Amphiphilicity on the Erased Plate
p.344

Study on Regeneration Pre-Sensitized Offset Plate Based on the Nondestructive Testing Method
p.348

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Study on TiO₂ Light-Induced Amphiphilicity on the Erased Plate

Abstract:

Using Sol - gel prepared SiO₂ and TiO₂ thin film and coating on the glass substrate, this paper studied TiO₂ thin films as a new type of printed material with the illumination time and the infiltration of the relationship between light intensity and illumination time on the water-based ink on film surface adsorption. The results show that: TiO₂ thin film by ultraviolet irradiation, its hydrophobic property drastically reduced, and showed super hydrophilic properties and water contact angle down to 5°or less. Thesis results show that: TiO₂ thin film with light-induced amphiphilicity expected as a new type of environmentally friendly reusable printing plate.