As the architectural coatings consumer market gradually shifts from B-end to C-end, consumer coatings face higher market demands and challenges. Consumers have put forward higher requirements for the storage stability and can-opening effect of coatings, which means coating manufacturers need to make more innovations and improvements in product formulation and construction technology.

Fenghong's bentonite series products and acrylic thickener series products are solutions launched specifically for this market demand. When applied in latex paint and multicolor coatings, they can utilize the special card house structure of bentonite to synergistically thicken with thickeners, effectively reducing the water separation and layering phenomenon of coatings, and improving problems such as floating colors. This not only enhances the product quality of coatings but also extends their storage cycle, ensuring that coatings maintain good use effects even after long-term storage.

This technological innovation not only meets consumers' demand for high-quality coatings but also provides coating manufacturers with more reliable and efficient product formulations. Through continuous optimization and improvement, Fenghong's bentonite series products and acrylic thickener series products are expected to play a greater role in the architectural coatings market, promoting industry progress and development.

In damp or poorly ventilated conditions, architectural coatings are prone to mold and microbial growth, which can affect film appearance and service life and raise higher requirements for in-can and dry-film protection in systems such as putty, primer, latex paint, textured coatings, and multicolor coatings.

Fenghong supplies layered-silicate antimicrobial and mildew-resistance materials based on purified montmorillonite carriers. After intercalation compounding, they can be used in architectural coating formulations to support development toward film antimicrobial and mildew-resistance performance, with joint evaluation against applicable methods.