In contemporary cosmetic research and development, consumer demands for product experience have shifted from simple color and coverage to a more refined skin feel, longer-lasting wear, and skin-friendliness.

The crystal structure of silica fully determines its physical properties as an abrasive by affecting hardness, friction behavior, particle size morphology, composite properties and wear mechanism.

In modern cosmetic formulations, consumers are increasingly focused on the feel of the product as it is applied, moving beyond concealing blemishes or enhancing color. This light, smooth, almost airy feeling has become the ultimate aspiration for high-end

The introduction of boron nitride marks a new era in cosmetic tactile design. It's no longer simply a lubricant; through its unique layered structure and multiple physical properties.

In the magical world of cosmetics, boron nitride is quietly ushering in a "silky revolution." No longer a cold, frozen compound in a laboratory, it's the "King of Silk" enlisted by makeup artists to create formulas.

The finer particle size of boron nitride can significantly improve the delicate skin feel of the product and reduce the granularity when it comes into contact with the skin.