Solvent-free epoxy paint

Description of solvent-free sanitary epoxy primer

Its properties include:

1. Very good corrosion resistance
2. High chemical resistance
3. High abrasion resistance and hardness
4. Excellent water and moisture resistance
5. Good adhesion to steel surfaces
6. Applicable with thicknesses over 200 microns
7. Surface impermeability
8. Designed for health systems
9. Shine and excellent appearance

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Uses

This coating is used alone as the final layer of sanitary epoxy systems and drinking water to protect the surfaces against corrosion and microbes. Due to the high solid percentage of paint with a spraying step, thicknesses up to 500 microns can be achieved. Its uses include:

• Drinking water tanks
• Water transfer pipes
• Sanitary equipment
• Industrial Drug Making Machines
• Food Equipment
• Food storage cells
• Sanitary ware containers
• Clean hall and operating room flooring

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Technical specifications

فام	White (other shades suggested subject to conditions)
Volume solid percentage	100
Storage time	one year
Recommended thickness	500 to 200 microns
Density	05, 0 ± 1.53
50 micron theory cover	1.5 square meters per kilogram
Theoretical coverage of 100 microns per liter	6 m2 / td>

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Drying and coating conditions

Drying time				Next layer application time
Temperature	surface	practical	Complete hardening	minimum	Maximum	Notes
25 ° C	4 hours	24 hours	7 days	12 to 24 hours	6 days	Other factors such as the thickness of the color film and temperature changes, etc. affect the drying time.

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Terms and equipment of application

Thinner	TEP (Epoxy Thinner)
Application temperature	5 to 50 degrees Celsius
Maximum relative humidity	80%
Surface temperature	3 to 5 degrees above the dew point
Application method	Air spray. Airless spray, brush and roll
useful life of paint and hardener mixture	1 hour at 20 ° C

Application conditions	Ordinary spray	Airless spray	brush	Roll
Percent solvent	15-10%	8-5%	9-6%	9-6%
head pressure	4-6 times	120-160 times
Nozzle head diameter	1.6 to 1.8 mm	0.35 to 0.5 mm
hand distance	30-50%	40-60 cm

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Surface preparation

Painted surfaces – These surfaces must be completely clean and free of any grease and other contaminants. Before painting, the surface should be completely dry and if a long time has passed since the application of the undercoat, a suitable roughness should be created by soft sanding on the surface. Steel surfaces – Wash the steel surface with a suitable solvent to remove grease, salt and any other contaminants. De-rust and create profiles on surfaces by various methods such as sand blasting up to 2.5 degrees Swedish or by mechanical tools up to ISO-ST3 degree. In metal structures and welded points and corners should be smooth and polished and free of any appendages and sharpness. After de-rusting and creating a profile, remove the particles from the preparation and other contaminants from the surface with a pressure of air free of moisture and grease and with the method of vacuum and thoroughly clean. Note that the application of the first layer (primer) should be done no later than two hours after preparation. Concrete surfaces – If the concrete is fresh, it must be 28 days after the concrete has been applied (the concrete surface is completely dry). If the concrete is old, the surface must be washed with fresh water to remove contaminants such as salts, grease, dust and Dust, loose and unstable particles, etc. from its surface

Description of solvent-free epoxy paint

And among its properties are:

1. Excellent chemical resistance
2. Very high abrasion resistance and hardness
3. Excellent water and moisture resistance
4. Excellent adhesion to primer and intermediate paint
5. Applicable with thicknesses above 100 microns
6. Acid resistance and proper play
7. Excellent resistance to salts
8. Gloss and good looks
9. Excellent solvent resistance
10. Suitable heat resistance

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Uses

This coating is used alone or as a final layer in epoxy systems to protect surfaces in industrial, chemical and marine environments. Polyamine surface epoxy paint is highly used in the preservation of metal structures and is able to protect tanks, metal docks, military equipment and ship decks against environmental corrosion, such as water and chemicals. Due to the presence of polyamine hardener in this paint, this coating is used in places where more chemical protection is considered. Due to the high percentage of solid paint with a spraying step, a thickness of up to 150 microns can be obtained.

• Drilling rigs and installations
• Water contact facilities and equipment
• Military Industries
• Exterior parts of storage tanks
• Refineries, power plants and chemical plants
• Structural steel structures, pipes, bridges and offshore installations

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Technical specifications

فام	Available in different shades.
Volume solid percentage	65 ± 2
Storage time	one year
Recommended thickness	100 microns
Density	05, 0 ± 1.4
Theoretical coverage of 100 microns per square meter per kilogram

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Drying and coating conditions

Drying time				Next layer application time
Temperature	surface	depth	Complete hardening	minimum	Maximum	Notes
25 ° C	4 hours	24 hours	7 days	12 to 14 hours	6 days	Other factors such as the thickness of the color film and temperature changes, etc. affect the drying time.

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Terms and equipment of application

Thinner	No need
Application temperature	5 to 50 degrees Celsius
Maximum relative humidity	80%
Number of components	Two components
mixing ratio	90 to 10
Surface temperature	3 to 5 degrees above the dew point
Application method	Air spray. Airless spray, brush and roll
useful life of paint and hardener mixture	4 hours at 20 ° C

Application conditions	Ordinary spray	Airless spray	brush	Roll
Percent solvent	15-10%	8-5%	9-6%	9-6%
head pressure	4-6 times	120-160 times
Nozzle head diameter	1.6 to 1.8 mm	0.25 to 0.5 mm
hand distance	30-50 cm	40-60 cm

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Surface preparation

Painted surfaces – These surfaces must be completely clean and free of any grease and other contaminants. Before painting, the surface should be completely dry and if a long time has passed since the application of the undercoat, a suitable roughness should be created by soft sanding on the surface. Steel surfaces – Wash the steel surface with a suitable solvent to remove grease, salt and any other contaminants. De-rust and create profiles on surfaces by various methods such as sand blasting up to 2.5 degrees Swedish or by mechanical tools up to ISO-ST3 degree. In metal structures and welded points and corners should be smooth and polished and free of any appendages and sharpness. After de-rusting and creating a profile, remove the particles from the preparation and other contaminants from the surface with a pressure of air free of moisture and grease and with the method of vacuum and thoroughly clean. Be careful that