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.

Does water-based multifunctional paint have good mildew resistance in humid environments?

The anti-mildew components in high-quality water-based multifunctional paint are not easily deactivated by environmental changes and can remain active for a long time.

Does water-based steel structure paint have high requirements for pre-treatment of the steel structure surface? Can it be directly applied on a rusty surface?

If there is only slight rust on the surface of the steel structure, it can be painted with water-based steel structure paint after proper treatment.

How to ensure the color stability of water-based multifunctional coatings without fading for a long time?

The color stability of water-based multifunctional paint is first reflected in its resistance to ultraviolet rays.