Pragati Paints & Allied Products

Scope: Epoxy coating is a two part system which are mixed before the application.
The two parts consist of 1) an epoxy resin which is cross linked with 2) a co-
reactant or Hardner. It produces a hard, chemical & solvent resistance finish.
A Two pack epoxy coating with superb performance in severe marine &
industrial environment. The product has excellent resistance to chemicals,
solvents, fumes, splash & spillage.
Use: Recommended for use on offshore platform structural, helideck &
accommodation areas as well as underdecks & above water area jackets.
The product is also suitable for application on MS & concrete areas of fertilizer
plants, chemical units, refineries, petrochemicals etc.
Type
Two Pack, cured with polyamide 
Composition
Catalyzed epoxy resin suitably pigmented.
Viscosity (Ford Cup B4)
70±10 Seconds
Specific Gravity
1.05±0.05
Mixing Ratio
Base: Catalyst(4:1) by volume
Pot Life
4-6 hours
Application
Brush / Conventional/ airless spray 
Recommended DFT 
30±5µ per coat
Theoretical Spreading Rate
6-7 Sq.Mtr./ Liter
Drying Time
1. Surface Dry-40 - 50 min
2. Tack Free- 4 hours
3. Hard Dry-over night
Curing Time
6-7 days
 
Max: 5 Days
Flash Point
Above 40C
Colour
As per IS & RAL K5 Shade cards
Packing
20 liters

To furnish the diverse requirements of our clients in the best possible manner we are involved in offering an extensive range of Epoxy Grey Primer.

We have with us a wide spectrum of industry grade Epoxy Zinc that comes to be utilized and applied for various industrial purposes and has to its name the promise of longevity and a perfect yearning for all industrial outputs. We sell at industry leading prices and make use of a high quality assortment of all that comes to form the best of the production line-up.

ZINC PHOSP.BASE PRIMER /ZINC RICH BASE PRIMER/ZINC CHROME

Epoxy Inorganic Zinc Silicate Primer is a two-part, high-performance coating combining epoxy resin with zinc silicate to provide exceptional corrosion resistance and adhesion. It forms a durable, protective layer rich in zinc, which acts as a sacrificial anode to protect steel substrates from rust. Ideal for harsh environments, it’s widely used in marine, industrial, and infrastructure applications, such as bridges, pipelines, and offshore structures, offering excellent resistance to chemicals, abrasion, and weathering.