Gloss
Solids content Specific Weight Theoretical Coverage

Mixing Ratio
Resistance in temperature Pot life
VOC*

Shade White
Gloss Glossy
(Α+Β) 100% by weight
Α+B 1,60-1,65 kg/lt
6 m2/kg (100μm) –
3 m2/kg (200 μm) for floor coating
Α:Β-4:1 by weight (Α:Β-2,2:1 by volume)
up to 120oC
45-60 minutes (25oC) - Temperature increase reduces the pot life
Α: 0 g/lt, Β: 0 g/lt
EU LIMITS (2010): 500 g/lt
SUBCATEGORY: j –two-pack performance coatings, anticorrosion finish, coat for cement surfaces, Type S

Drying Time 100μm-60% relative humidity

Dust free

10 hr 7 hr 4-5 hr 2-3 hr

Drying Recoating (Min)

24hr 18 hr 18hr 14 hr 12hr 10 hr 10hr 8 hr

Recoating (Max)

60 hr 48 hr 36 hr 16 hr

Full drying

14 days 10 days 7 days 5 days

Shade
Gloss
Solids content Specific Weight Theoretical Coverage

Mixing Ratio
Resistance in temperature Pot life
VOC*

White
Glossy
(Α+Β) 100% by weight
Α+B 1,60-1,65 kg/lt
6 m2/kg (100μm) –
3 m2/kg (200 μm) for floor coating
Α:Β-4:1 by weight (Α:Β-2,2:1 by volume)
up to 120oC
45-60 minutes (25oC) - Temperature increase reduces the pot life
Α: 0 g/lt, Β: 0 g/lt
EU LIMITS (2010): 500 g/lt
SUBCATEGORY: j –two-pack performance coatings, anticorrosion finish, coat for cement surfaces, Type S 

(10 ̊C) (15 ̊C) (25 ̊C) (40 ̊C   

Surface Preparation

(The above times are indicative and depend on the thinning percentage, moisture and temperature)

The material for storage in the bulk must be contacted with the coating after 3 weeks of the surface coating until it is fully dried

The surface must be clean from dust, detached pieces and other materials like oil, grease etc.
METAL SURFACES: Metal surfaces must be cleaned from rust by sandblasting at least Sa 2 according to standard ISO 8501-1 or must be blasted at Sa 2 1⁄2 with 30mm profile for prolonged exposure of the surface. After blasting, surfaces should be cleaned thoroughly to remove all foreign matter. Substrates Zinc dust Rich Epoxy Primer 751 and Epoxy Primer 812 are recommended for demanding corrosion protection of metal surfaces.
CEMENT SURFACES: The concrete surfaces are often covered by a layer of plaster or sprinkled with cement. These layers are weaker than the heart of cement, which is loosely clasped. Such layers should be removed entirely. Purification of cement should be done with solvents, although the best and safest way is by sandblasting. Prior to application surfaces must be completely clean and dry. For concrete surfaces is recommended to use the epoxy primer 850, particularly when it comes to low quality surfaces. The high penetration of this primer provides the substrate with the necessary stability, connects any residual dust and closes or at least diminishes their resources. Any defects (cracks, holes) can be sealed using epoxy putty 800. Upon application of the substrate must take 24 hours to apply the final coting.

Mix A:B-4:1 (by weight) and stir very well. It is strongly recommended to use mechanical stirring. It is applied with airless (nozzle 0,01-0,021in), brush or roller. It is ready to use, do not need the addition of thinner. If necessary it is thinned up to 5% with thinner 1131. The coated surfaces should not be in contact with water until they are fully dried. If not the recoating time is succeeded, the surface must be slightly sanded.

For the list of the approved foodstuff that are suitable for contact with 1200 HYDRO EPOXY, please refer to our technical department.

Suggested film thickness 100-200 μm/layer, 200-500 μm total thickness Application temperature 10-35 ̊C
Relative humidity < 80%
Suggested thinners 1131

The choice of suitable thinner depends on the application method, the temperature and the humidity conditions. For the suitable choice, please contact with the technical department of our company.

Up to 12 months in a dry and cool place. (10-35 ̊C).
Please consult the Material Safety Data Sheet. Available upon request.

This Technical Data Sheet replaces and cancels every previously issued.
The information, instructions, recommendations and specifications mentioned in this data sheet, represent the results and experience obtained from testing under controlled or specially adapted conditions.
The accuracy and relevance of these results to the actual conditions, in which you apply the product, must be determined and depend only on the purchaser and/or applicator