Teach you how to distinguish between epoxy zinc-rich primer, inorganic zinc-rich paint, and cold galvanizing paint, helping you make the right choice.

In the process of paint application, substrate preparation is a crucial step to ensure the effectiveness and longevity of the coating.

The quality of substrate preparation directly affects the adhesion, corrosion resistance, and aesthetic appearance of the coating.

Inorganic Zinc-Rich Primer is widely utilized in steel structures, bridges, ships, and other fields due to its exceptional anti-corrosion properties and durability. However, various defects may arise during the application process, potentially compromising its protective efficacy and service life. This article will explore the common causes of application defects in Inorganic Zinc-Rich Primer and propose corresponding solutions to ensure construction quality and coating performance.

Epoxy zinc-rich primer is widely used for industrial corrosion protection. However, in practical applications, rust blooming (or reverse rusting) can sometimes occur. Understanding the causes of this phenomenon can help customers better use and maintain this type of coating. Below are the main reasons for rust blooming in epoxy zinc-rich primer.

Coating adhesion is a critical indicator of paint performance, directly affecting its protective effectiveness and service life. Below are the main factors influencing adhesion and their related explanations.