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Coatings Ingredients
The material selection platform
Coatings Ingredients
Corrosion Inhibitors for Coatings: Main Types & Selection Tips

Corrosion Inhibitors Manufacturers and Suppliers

Find several corrosion inhibitors manufacturers and suppliers that offer several grade options or can design, engineer, and manufacture the anti-corrosive grades to meet your end-product specifications. Analyze technical data of each product, get technical assistance or request samples.

Overview

Suppliers

A B C D E F G H I K L M N P R S T U W Z

A

ADDAPT Chemicals
Advancion (formerly ANGUS)
American Zinc Recycling

B

Beijing Mayor Chemical Technology
Boud Minerals

C

Ceramisphere
Changzhou Yuping Chemical
Chemiewerk Bad Köstritz
Chemipro Kasei
Clariant
Covestro

F

Falcone Specialities
Fine Organics

G

Gelest (Mitsubishi Chemical)
GEO Specialty Chemicals
Glassflake

K

Kemwerke
King Industries
Kito Chemical

L

Labema Laboratories
Lubrizol

M

Mitsui Chemicals
Momentive Performance Materials

P

PCC Exol
Petroliam Nasional Berhad (PETRONAS)
Pinova (DRT)
Pixelligent Technologies
Polygon Chemie
Prasol Chemicals

R

Raybo Chemical Company

S

San Nopco Limited (Sanyo Chemical)
S-Chemtech
Schwegmann
Shanghai Fluorochem Industry
Smallmatek
Societa Chimica Larderello

T

Tanyun Aerospace Materials (Yingkou) Technology
Tianjin Bihailantian Waterbased Polymer Materials

U

Universal Matter GBR

W

WPC Technologies

Z

Zibo Wuwei Industrial
Zschimmer & Schwarz

Brands

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3 Comments on "Corrosion Inhibitors for Coatings: Main Types & Selection Tips"
Xavier F Nov 22, 2019
Many thanks to Vincent Makala for his very good input in this very good technical abstract. Very helpful!
Omar S Jan 3, 2019
Very much informative and nicely presented.
Johan V Jan 3, 2019
The conductivity of the electrolyte is crucial: Higher the conductivity, faster the corrosion. That is why rust develops faster in salt water than in pure water. This is in most cases not true. Corrosion is a redox process and conductivity does not or only plays a minor role in the corrosive reduction oxidation reaction. I can make a very conductive salt solution e.g. using NaNO2. The corrosion of steel in this solution will drop to nearly zero due to passivation of the surface. The reason why chloride based salt water is more cororsive, has to do with the fact that chlorides are stroing complexing agents and make passive scales on top of metals water soluable. When Fe is exposed to atmospheric condtiions, oxides will cover the surface and reduce the corosoin speed. the presence of chlorides will render the oxide scale more water soluable thus increasing the corrosion speed again. Conductoivity dos not play a role in this mechanism.

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