Innovation Owner
นาง Kanokthip Boonyarattanakalin
Advisor
Details
This project develops a nanofilm that blocks near-infrared radiation and features self-cleaning properties while maintaining transparency. It aims to reduce building energy consumption and is suitable for glass or automotive film applications.
This project aims to develop a nanofilm that effectively blocks near-infrared radiation, possesses self-cleaning properties, and maintains transparency to allow natural light into buildings, thereby reducing energy consumption from cooling. The prototype has potential applications in the glass or automotive film industries.
Objective
The objectives focus on developing potassium tungsten bronze for NIR absorption and self-cleaning, and testing a heat-shielding, self-cleaning glass coating prototype.
- To develop the near-infrared (NIR) absorption and self-cleaning properties of potassium tungsten bronze materials.
- To develop and test a prototype of a glass coating film capable of heat shielding and self-cleaning.
INNOVATION VOTING
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