We are the only UK distributors for specialist hydrophobic building coating products offering superb ceramic hydrophobic coatings.
These products are optimized for absorbent surfaces because of their formulation. They can therefore be used as an invisible, water and contamination-resistant, UV-stable coating of porous substrate surfaces, regardless of whether the surface is a natural stone such as sandstone, concrete, clay brick or stone panelling. Floor or wall coatings, building facades, or roof tiles are all in the scope of application for this product. Since nano-coatings only apply an ultra-thin coating on the inside of the pores, the substrates remain breathable after the coating.
The Perfect Structural Protection
The majority of the contamination is washed away by the rain.
No influence on the appearance of the substrate (Layer thickness: 100- 150 nm).
Excellent Hydro and Oleo phobic properties, Solvent free and odorless, Hardening at room temperature.
No additional energy or UV light required.
Pressure wash-resistant (50 – 60 bar).
Excellent efficiency with low quantity consumption.
No color infiltration to coated substrates.
High temperature-resistance – UV-stable.
Complete frost resistance.
No contamination can infiltrate the pore-structure through water.
Enduring impregnation enables very high freeze-thaw resistance and no cracking because of ice.
Offering a very heavy reduction of moss and fungus growth.
Longer life-spans for substrates because of lowered cleaning cycles.
Enduring protection for the surface structure.
Special high-quality NANO-coatings are excellent graffiti protection.
Nano-anti-graffiti coatings are graffiti-resistant coating formulas for application on porous silica-based substrates, such as sandstone, concrete, Terra-cotta and clay. This NANO-coating is completely networked and hardened after 24 hours. The easy-clean effect can only be tested after this hardening phase.
Unopened original containers can be stored for at least 2 years. Recommended storage- and transport temperature: +3 to 30°C.
Manual + Industrial: between 20 and 100 ml/m2, depending on absorbency of the substrate.