Krishnakant Tekriwal

EMF Technologies is promoted by Mr. Krishnakant Tekriwal. Since 2003, Mr. Tekriwal has been associated in Research and Development of metal processing at ionic state, where the metal is cleaned and coated in the ionic atmosphere/media and multi metal ions are fused together to form a fusion-bonded alloy of different metals.

Topic: Multi Metal Alloy Coating using EMF Technology for Corrosion Resistant Steel

Abstract: A special purpose company – has been formed to clean and coat TMT rebars and is the first of its kind in the World, for multimetal alloy coating of TMT rebars.

• A unique new corrosion protective rebar product has been launched & established in the market under a unique brand name, which is Multi Metal Alloy coated having several technoeconomic advantages over other comparative coating processes.

• The product, a multi metal coated rebar, is technoeconomically superior with corrosion protective extended shelf life, rust free product presentation, better aesthetics than the competition and highly extended construction life.

What is Electro Metal Fusion Technology (EMF)?

Electro Metal Fusion Technology (EMF) is the process to clean and coat metals under ionic environment.

• Especial DC Current, Filtered – Conditioned – Stabilized, is used in the liquid/foam/vapor/gas conductive medium.
• EMF may be used to clean and/or modify microstructure/morphology and/or to coat multi metal alloy coatings on metals.
• EMF can be developed for materials of different sizes and shapes, including the long and flat products.
• GREEN & Environmentally Friendly Technology.

How Does EMF Work?

Ionic atmosphere is generated in a controlled discreet manner on the surface of the metal.

• In ionic state the surface is exposed to very high temperature of 3000 and above degree Celsius forming crests and troughs of molten metal, while it distinctly retains the properties of the base metal.
• Under this environment, multi metal fusion bonding of different metals takes place making a uniform alloy coating over the base metal.