Product Information
How To Use
Technical Datasheet
Industries Used
Rust Resistance
Bonding Strength
Replacement Of Phosphating


Q) How does “Steel Guard Nanocoat™” work?

“Steel Guard Nanocoat™” i works by forming a protective layer, consisting of millions of nuclei. On application of “Steel Guard Nanocoat™” i, a very compact & complex crystal arrangement is formed which creates a barrier between the surface & atmosphere, stopping the formation of Fe2 & FE3 ions which are the main agents of rusting. Peripheral Crystallization takes place along with Vertical Crystallization which results in a arrangement being “generated” through the surface and not above the surface. It acts on a molecular level penetrating into the very fine cracks & pores of the metal, forming a layer of water soluble compound which protects it from rusting.

How does “Steel Guard Nanocoat™”stop the formation of rust?

Rust i.e. Ferrous Hydro Carbonates are formed when Fe3+ions react with water & CO2. “Steel Guard Nanocoat™”  forms a complex crystal coat through the surface which is insoluble in water and closes the free valences of fe3+ ions. These micro crystals create their own space within the molecular gap of iron avoiding the formation of micro Anodes & Cathodes, thus prohibiting rust to form on the applied portion.

Q) What are the different stages “Steel Guard Nanocoat™” goes through after applying it on the surface ?

There are 3 major physical stages of “Steel Guard Nanocoat™” while it transfers from liquid steel guard to a strong, hard and tenacious crystal on the martensite surface.

For more information please visit : Stages of Steel Guard

Q) How does “Steel Guard Nanocoat™” improve the bonding strength of Steel ?

The Micro Crystal arrangement formed on application of “Steel Guard Nanocoat™” is so close & interwoven that it does not allow water & gas to penetrate. Such arrangement takes place in vertical, horizontal & lateral sides creating a tenacious & compact bond thus improving the bonding strength of steel with concrete, cement, paint & any external coat. The bonding strength increases 100% to 300% when the nanocoated construction steel is mixed with cement concrete.

Q) Doesn’t water in the presence of oxygen cause the metal to corrode or rust?

Yes, it does but the water used in “Steel Guard Nanocoat™” contains a rust inhibitor which prevents this from happening.

Q) Will “Steel Guard Nanocoat™” wash off in rains?

No. Once the coating is applied properly and kept to dry for an hour & cure for another 24 hrs, water or rain cannot remove the coating.

Q) Can “Steel Guard Nanocoat™” be removed after coating?

Yes. Heat the treated metal upto 600º C to loosen the grip of “Steel Guard Nanocoat™” and then brush it off with a wire brush.

Q) Can “Steel Guard Nanocoat™” protect from Acidic Fumes?

Yes. The applied portion, such as Industrial sheds, Structures, Pipes, and Corrugated sheets etc which are in direct / indirect contact with any acid & acidic fumes can be protected even at high temperatures. Please contact us for more details about this application.

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