Material Innovation: Pursuing Skin-Friendly, High-Efficiency, and Durable Applications
Skin-Friendly Surface Technology: Utilizing imported materials such as Rubycell, its silky-smooth texture reduces friction on the skin, making it especially suitable for sensitive skin.
Flocking technology is also widely used. The ultra-fine fibers covering the surface effectively "hold" the foundation, significantly reducing product penetration. Actual measurements show it can save approximately 30% of foundation usage.
Optimized Internal Structure: Through vacuum microporous foaming technology or a special tatami structure, a honeycomb-like three-dimensional pore structure is formed. This structure locks in the foundation, preventing over-absorption (traditional puffs may absorb more than 30% of the foundation), while ensuring even release of the foundation, resulting in a more seamless makeup finish and greater coverage.
Elasticity and Durability: The inner layer often uses highly elastic sponge or long-cured polyurethane material, providing a "cloud-like" rebound effect. This material ensures that the powder puff quickly returns to its original shape after use. Tests show that it maintains a high level of elasticity even after several months of continuous use, extending the product's lifespan.
Functional Additions: Some powder puffs incorporate antibacterial and anti-mildew agents, making them less prone to bacterial growth or blackening in humid environments, further enhancing hygiene and durability.