How to control foam generation in the production of water-based multifunctional paint?

Water-based multifunctional paint has become an important development direction in the coatings industry due to its excellent environmental performance and wide range of application scenarios.

Why is water-based steel structure paint gradually replacing traditional oil-based paint and becoming the mainstream choice for green coatings?

In the protective systems of large steel structures such as industrial buildings, bridges, towers, and factory buildings, paint not only enhances their appearance but also serves as a critical barrier against corrosion and extends their service life.

Does water-based steel structure paint truly rival oil-based paint in adhesion?

In the modern industrial anti-corrosion coating industry, water-based steel structure paint is gradually becoming a key alternative to traditional oil-based paint.

How can water-based multifunctional paint maintain its flexibility and adhesion under extreme temperature and humidity conditions?

Resin molecular structure design is the core of improving the environmental adaptability of water-based multifunctional paint.

What are the differences in adhesion testing between water-based steel structure paint and solvent-based paint?

The difference in the influencing mechanism of the test environment further amplifies the performance differentiation of the two types of coatings in the adhesion test.

How do water-based multifunctional paints achieve their water resistance, remaining resistant to blistering even after long-term immersion in humid environments?

The ability of water-based multifunctional paint to withstand humid environments, even prolonged immersion, without bubbling or shedding, is the result of a combination of high-performance resins, nano-modification.