High catalytic activity nano titanium dioxide specially used as haze control agent

High catalytic activity nano titanium dioxide specially used as haze control agent
Basic information
Properties
The particle size is very small, the particle size is smaller than nanometers, and it does not agglomerate.
Good dispersion performance. This nano titanium dioxide has very good dispersion performance. Put it into water and shake it gently, it will immediately melt into a transparent liquid. It can be sprayed on the surface of furniture and walls to form a uniform transparency. The nano-coating can purify the air.
High catalytic activity. The catalytic activity of this nanometer titanium dioxide has been tested and compared. It is several times higher than the catalytic activity of all the nanometer titanium dioxide with the best catalytic performance currently on the market.
What is smog
The main source of smog weather is man-made emissions. There are both pollutants directly emitted by humans and gaseous pollutants emitted by automobiles. They are transformed in the air mainly from reaction and combustion processes. For example, the burning of fossil fuels (coal, gasoline, diesel), the burning of biomass (straw, wood), garbage incineration, and vehicle exhaust emissions. The main gas pollutants converted into gas in the air include sulfur dioxide, nitrogen oxides, ammonia, and volatile organic compounds. Controlling smog weather basically starts with the degradation of vehicle exhaust.
Technical indicators
Project

Indicators

Model



Powder appearance
/>
White powder

Appearance of powder dissolved in water

Transparent liquid

Particle size



Purity



Surface properties

Hydrophilicity

Instructions for use
The top coating penetration method penetrates the photocatalytic coating onto the surface of concrete roads, guardrails on both sides of the road, and the outer surfaces of urban buildings. It uses the photocatalytic effect to degrade and eliminate haze weather.
Added to concrete, exterior wall paint, wall bricks, and other building materials to produce new low-carbon and environmentally friendly building materials for urban construction.