The Chemistry Of Nanoprime

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THE CHEMISTRY OF NANOPRIME

Substances are either acids or alkalis. The scale that measures this is the pH scale and it has a range of 0 to 14. A pH level of 7 is neutral. Alkalis are also referred to as “bases.”

acidity chart

Acids: When dissolved in water, acids release hydrogen ions (H+). Acids have a pH that is less than 7.
Alkalis: When dissolved in water, alkalis release hydroxide (OH-). Alkalis have a pH greater than 7.

Acids chemically react with neutral substances and alkalis. Nanoprime is acidic with a pH of 3.5.

pH LEVELS OF SUBSTANCES

Substance pH Level pH
Nanoprime 3.5 Acidic
Water 7 Neutral
Steel 7 Neutral
Iron Oxide - rust 7 Neutral
Zinc - galvanizing 7 Neutral
Zinc Oxide 7 Neutral
Aluminum 7 Neutral
Aluminum oxide 7 Neutral
Sea salt 8 Alkaline
Concrete 12 Alkaline
Common paints 8+ Alkaline

REACTIVITY

Substance A pH Level Substance B pH Level Result of Reaction
Nanoprime 3.5 Steel 7 Iron Phosphate
Nanoprime 3.5 Iron Oxide - rust 7 Iron Phosphate
Nanoprime 3.5 Aluminum 7 Aluminum Phosphate
Nanoprime 3.5 Aluminum oxide 7 Aluminum Phosphate
Nanoprime 3.5 Zinc 7 Zinc Phosphate
Nanoprime 3.5 Zinc Oxide 7 Zinc Phosphate
Nanoprime 3.5 Concrete 12 Calcium Phosphate
Nanoprime 3.5 Salt 8 Dissolves & neutralizes

WHAT THIS MEANS

Acids chemically react with neutral and alkaline substances. Since Nanoprime is acidic and the substrates it covers are neutral or alkaline, there is a chemical reaction.

Typical primers and topcoats are NOT acidic and therefore, there is no chemical reaction. For typical primers and topcoats to adhere to substrates, they rely on a mechanical bond. And a mechanical bond means there must be a roughened surface or “surface profile.” And this means sand or grit blasting, or chemical etching.

It’s the chemical reaction of Nanoprime that eliminates the need to sand or grit blast or chemically etch what needs to be coated.

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