Ads by Google
Technical Information | ||
Chemical Description | Nano TiO2 Dispersive Liquid | |
Appearance | Light Blue Transparent Solution | |
Active Matter Content | TiO2 0.5-1% | |
Water Content | 98%-99% | |
Specification | ||
PH | 6-8 | |
Average Particle Size | 10nm | |
Crystal Form | Anatase | |
Density | 1.0g/ml | |
Special Properties | ||
Excellent stability, High Photocatalytic activity decomposition of harmful substances with visible light. | ||
Main Application | ||
1.Air purification ,anti-bacterial, anti-moss and so on; | ||
2.Home & public deodorization and air purification; | ||
3.Industry deodorization and air purification; | ||
4. As a raw material or additive for commercial PCO product. | ||
Usage Instruction | ||
1.Spray on the surface of items | ||
2.Brush for rough surface | ||
3.Dipping for irregular item | ||
Storage stability | ||
18 months in closed container under room temperature, dark condition. | ||
Keep away from children. | ||
Package | ||
Due to order, can be customized. | ||
When photocatalyst is exposed to light in the presence of water vapor, two highly reactive substances are formed: hydroxyl radicals [OH] and a superoxide anion [O2-1]. It allows the oxidation of airborne VOCs and toxic organic matter into carbon dioxide and water at room temperature with UV or near-UV light source. It does not need a special energy and use only clean energy in ordinary life. Specific titanium dioxide has strong photo catalyst reaction. It has strong oxidation and decomposition strength.
Photocatalyst has the following advantages over any current air purification technologies:
1. Real destruction of pollutant rather than a simple transfer on a substrate.
2. Degradation of pollutant at ambient temperature and pressure.
3. Build with easily available materials and by mean of well-known techniques.
4. Economical, cheap and low energy consumption.
5. Adapted for a large range of pollutant (VOC, bacteria, mold).
Nano TiO2 Dispersive Liquid
Nano TiO2 Dispersive Liquid