Alkyl Pyridines Quat

Corrosion inhibition mechanism

N on the heterocyclic alkyl pyridine ring has a pair of isolated electrons. Combined with the benzene ring structure, n becomes an active group, which can be adsorbed on the metal surface through electrostatic adsorption and the formation of valence bonds. The alkyl groups on the ring are non-polar groups. These groups between molecules form a hydrophobic adsorption layer through the action of cohesion, etc., which is attached to the surface of the steel sample, separating the corrosion medium from the metal surface and preventing the anodic process or cathodic process. After quaternization, it contains quaternary ammonium cations, which are more easily adsorbed on the metal surface to form an adsorption film, showing excellent corrosion inhibition effect.

Quality index

Scope of use

As an intermediate of corrosion inhibitor, compound pyridine quaternary amine salt can be made into a series of finished corrosion inhibitors according to different compounding processes, which can be applied to oilfield acid fracturing, oilfield reinjection water, oil and gas gathering and transportation, oil and gas well casing corrosion inhibitors, as well as a series of Refinery Corrosion inhibitors and pickling corrosion inhibitors in chemical cleaning.

Product features

1. stable product performance and high cost performance

2. strong high temperature resistance and outstanding high temperature corrosion inhibition effect

3. heterocyclic alkyl pyridine has the advantage of natural molecular structure of adsorption inhibitor for H2S and CO2 corrosion protection