Epoxy-based, two-component protective coating.
It is a solvent-free, epoxy-based, two-component corrosion-resistant coating
specifically developed for the protection of concrete and steel
General Characteristics
It has a glossy surface. It possesses antibacterial properties. It is easy to
clean, creating hygienic environments. It has high mechanical strength.
It can be safely used in drinking water tanks. It has elasticity to absorb
movements on metal surfaces. It has high chemical resistance. It is
easily applied with a brush, roller, or spray method. It is water-resistant.
It contains no solvents.
| Color | Gray, White (RAL colors) |
|---|---|
| Density | 1,50±0,02 g/cm3 |
| Hardness | 90 ± 5 Shore D |
| Mixing Ratio | 4.40 : 0.60 by Weight |
| Solid Content | %100 |
| Pot Life | 45 min |
| Abrasion Resistance | < 3000 mg (TABER) |
|---|---|
| Elongation at Break | %3 |
| Adhesion Strength | >2 N/mm2 (7 days) |
| Abrasion Resistance | < 3000 mg (TABER) |
| Full Cure | 7 Days |
It is used in indoor and outdoor applications, both vertical and horizontal, on metal or concrete tanks, walls as a chemical-resistant gas and vapor barrier coating, in oil and fuel storage tanks, energy stations, sugar factories, hangars, and liquid storage areas, in drinking water tanks, in the beer, wine, and dried fruit industries, in the dairy industry, in the meat and fish industry, in the pharmaceutical, paint, and paper industries, as well as in hospital laboratories, cafeterias, wet areas, and hygienic environments.
10 kg set Component A: 8.80 kg can Component B: 1.20 kg can 5 kg set Component A: 4.40 kg can Component B: 0.60 kg can It should be stored in its unopened original packaging, in a cool and dry environment, protected from freezing. The suitable storage temperature should be between +5°C and +25°C.
During application and mixing, contact with skin and eyes should be prevented. In case of contact, wash thoroughly with plenty of water. In case of eye contact, rinse immediately with plenty of water and seek medical attention. Gloves, protective clothing, mask, and goggles should be worn during use.
Application on Concrete Surfaces: The cement-based surfaces of structures in contact with water should be solid, dry, load-bearing, dust-free, clean, and level. The surface should be thoroughly cleaned of any oils, greases, rust, and paraffin residues that weaken adhesion, and there should be no loose particles on the surface. Iron and wooden wedges should be removed, and any active water leaks should be resolved using Nanoser System Solutions. Any gaps should be filled with NANOREP FT 70 series fiber-reinforced repair mortars, and corners and edges should be beveled with at least a 4 cm radius. Application on Steel Surfaces: Steel surfaces should be thoroughly cleaned of any oils, greases, and rust residues that weaken adhesion and then sandblasted to achieve a suitable surface. In cases where sandblasting is not possible, an air scraper or wire brush should be used for cleaning. In cases where the surface is greasy or oily, degreasers should be used for cleaning. Immediately after cleaning, NANOGUARD HJ-500 should be applied to the surface to prevent it from experiencing corrosion again. Mixing: The hardener component B should be gradually added to the resin component A and mixed for 3-5 minutes with a mixer at 400-600 rpm until a homogeneous mixture is obtained. After resting for approximately 3-5 minutes, mix for another 30 seconds. The material is then ready for use. Application: NANOGUARD HJ-500 can be applied with a velvet roller or special spray equipment. For full coverage, NANOGUARD HJ-500 should be applied in two coats. The best method is to apply the second coat before the first coat completely cures. If more than 24 hours pass between coats, the surface must be roughened. Top Coat: If a re-coating is required due to damage or other reasons, the area to be processed should be thoroughly abraded with a wire brush or sandpaper to ensure sufficient mechanical adhesion. Any weak coating should be completely cleaned, and the process should be repeated as if it were the first application.