Decomposition of organic pollutants
 
 

Ultrafine TiO2  particles give the materials into which they are integrated new properties, due to which these materials can reduce the pollution of the surfaces of buildings, the air around and inside these buildings, and they also help preserve a nicer image of the urban environment.

Due to these properties, they are useful in the construction industry and in air or water treatment.

 
 

Properties

Modern production processes have been used to manufacture ultrafine TiO2 materials with high photocatalytic functions and the ability to decompose organic pollutants. These materials can be used in construction materials and coatings and in air cleaners. Our products are available as stabilised water suspensions that are more easily integrated into products because they do not need to be dispersed as dust materials, and their handling is also simpler.

Recommendations

Due to the photocatalytic functions of ultrafine TiO2 , we recommend that you use it with materials and coatings based on inorganic substances.

Sufficient dispersion of ultrafine TiO2 in the product that we are using must also be ensured. This will allow us to avoid the agglomeration of particles and the resulting poorer function and reduced transparency. The suitable dispersion of particles is achieved by properly blending in ultrafine TiO2 suspensions. By increasing the amount of the additional active component, the function of the product is improved, but care should be taken not to add too much, as this could diminish the transparency of the coating.

Application examples

Cleaning smooth surfaces

The surface is superhydrophylic and rain drops clean any impurities from it.

Cleaning air

Due to photocatalytic properties, surfaces can disintegrate volatile organic substances and other air pollutants. Materials containing our products can also remove NOx, SOx, and ozone from the air.

Preserving the original look

Our products that are incorporated into construction materials remove organic substances from the surface, thus maintaining the original look longer.

Prevention of the growth of algae and fungi

By decomposing organic pollutants, surfaces keep a cleaner look.

Photoactive materials, into which ultrafine TiO2 is incorporated, disintegrate organic impurities, decomposing them into harmless CO2 and water.

 
 

Why choose our products

A more pleasant living environment

Because they allow you to ensure a cleaner and healthier living environment. 

Legislative requirements

Because they help you meet European and national legislative requirements.

Improved principle of economy

Because the initial investment provides long-term savings with regard to maintenance costs.

Lowering social costs

Because they help lower economic and social costs resulting from environmental pollution.

Because we are customer-oriented

We are adaptable, creative, and ready to meet customer requirements and, if necessary, develop a product tailored to a particular customer and cooperate with this customer in the development of their application.

 
 

Products

Product Use Application
CCA 100 BS Outdoor application The self-cleaning effect (facade, glass), decomposition of organic pollutants, water cleaning, air cleaning, DeNOx, protection from moss and fungi
CCR 200 N Improved performance in outdoor and indoor applications The self-cleaning effect (facade, glass), decomposition of organic pollutants, water cleaning, air cleaning, DeNOx, protection from moss and fungi
 
 

Technical data

Photoactivity of pure material

Comparison of function in end products

 
 

If you need further information please contact us ?