NÁTERY S VODOODPUDIVÝMI VLASTNOSŤAMI PRE SKLENENÉ A KERAMICKÉ POVRCHY.
VÝHODY JEDNODUCHŠIEHO ČISTENIA, ZNÍŽENIE NÁKLADOV NA ÚDRŽBU A ČASOVÁ ÚSPORA S POMOCOU NANO NÁTEROV.
Nano povlaky aplikované na sklenené a keramické povrchy minimalizujú poškodenie spôsobené znečistením a námrazou a poskytujú vlastnosti odpudzujúce kyslý dážď.
Produkty Nasiol v tejto kategórii možno aplikovať na širokú škálu povrchov, ako sú sklenené časti budov, okná vozidiel, vane a umývadlá, obklady, sprchy, kabínky, hotelové izby, zelené domy a mnoho ďalších.
Naše výrobky sú bez obsahu PFOS/PFOA. Sú ekologické, netoxické a bezpečné, plne v súlade s nariadeniami REACH.
Oblasti použitia
Výrobcovia stavebných materiálov, výrobcovia skla/keramiky, reštaurátorské spoločnosti, výrobcovia nábytku, čistiace/údržbárske spoločnosti, výrobcovia solárnych panelov, výrobcovia sprchovacích kabín, výrobcovia leteckých/námorných/pozemných vozidiel atď.
Application of Water Repellent Spray for Glass and Ceramic
Nasiol C
Nasiol C is a hydrophobic and oleophobic transparent coating that is specially developed for glass and ceramic surfaces. It also provides UV protection, easy-to-clean and stain-free effects to the applied surfaces listed below:
- Glass & Ceramics
- Exterior Glass of Vehicles & Buildings
- Glazing (Glass & Ceramic)
- Indoor Household Glass
Benefits & Key Features
Water and oil repellency
Chemical resistance
UV protection
Easy to clean
Specifications
| Packaging* | 1-5-30 L |
| Appearance | Colorless Liquid |
| Chemical Resistance | 13>pH>1 |
| Salt Water Resistance | |
| Moisture Resistance | |
| Dry Film Thickness | 75-100 nm |
| Consumption per Unit Area | 5 mL/m2 |
| Density @23°C | 0.81 g/cm3 |
| pH Value | 2 |
| Transparency | 99% |
| Light Refractive Index | 1.625 (Glass) |
| Application Temperature | 5°C/30°C (≤50% RH) |
| Temperature Durability | 275°C |
| Water Contact Angle | 106° @10 µL |
| Water Contact Angle After “3000” Wet Scrub (ISO-11998:2006) | 100° @10 µL |
| Water Sliding Angle | 15° @20 µL |
| Oil Contact Angle | 84° @10 µL |
*: The product is also available at a concentrate form.
Nasiol C1
Nasiol C1 is an economic formula of hydrophobic and oleophobic transparent coating that is specially developed for glass and ceramic surfaces. It also provides UV protection, easy-to-clean and stain-free effects to the applied surfaces listed below:
- Glass & Ceramics
- Exterior Glass of Vehicles & Buildings
- Glazing (Glass & Ceramic)
- Indoor Household Glass
Benefits & Key Features
Water and oil repellency
Chemical resistance
UV protection
Easy to clean
Specifications
| Packaging | 1-5-30 L |
| Appearance | Colorless Liquid |
| Chemical Resistance | 12>pH>1 |
| Salt Water Resistance | |
| Moisture Resistance | |
| Dry Film Thickness | 75-100 nm |
| Consumption per Unit Area | 5 mL/m2 |
| Density @23°C | 0.80 g/cm3 |
| pH Value | 2 |
| Transparency | 99% |
| Light Refractive Index | 1.625 (Glass) |
| Application Temperature | 5°C/30°C (≤50% RH) |
| Temperature Durability | 275°C |
| Water Contact Angle | 102° @10 µL |
| Water Contact Angle After “2000” Wet Scrub (ISO-11998:2006) | 96° @10 µL |
| Water Sliding Angle | 28° @20 µL |
| Oil Contact Angle | 72° @10 µL |
Nasiol Anti-GRM
Anti-GRM is a single layer transparent nano coating product developed to reduce the effects of graffiti marks and enables the easy cleaning of non-porous, hard surfaces including:
- Metals & Alloys
- Thermosets & Thermoplastics
- Glazed Natural Stones (Marble, Granite etc.)
- Glass
- Ceramic
Benefits & Key Features
Water and oil repellency
Slow contamination
Chemical resistance
UV protection
Easy to clean
Specifications
| Packaging | 1-5-30 L |
| Appearance | Colorless Liquid |
| Chemical Resistance | 12>pH>1 |
| Salt Water Resistance | |
| Moisture Resistance | |
| Dry Film Thickness | 600-700 nm |
| Consumption per Unit Area | 4-5 mL/m2 |
| Density @23°C | 0.836 g/cm3 |
| pH Value | 5-5.3 |
| Application Temperature | 5°C/30°C (≤50% RH) |
| Temperature Durability | 275°C |
| Water Contact Angle | 108° (@10 µL) |
| Water Sliding Angle | 16° (@20 µL) |
| Oil Contact Angle | 88° (@10 µL) |