Description
Made from ultra-fine fibers and processed using a special hydroentangling technique, this product boasts a uniform, fine texture with a silky-smooth and soft feel. It effectively enhances the skin’s efficient absorption of serums, making it an excellent base for beauty care.
Specifications
Fine-denier fiber cosmetic material
- Gram weight: 35 gsm ~ 80 gsm
- Ingredients: Ultrafine modified polyester
- Application areas: Beauty materials
Feature Of
Performance Testing
Ultra-fine fiber fluff, for more efficient absorption of essences.
● The skincare essence contained in the mask is actually absorbed by the skin only to a very limited extent during use. The ultra-fine fiber fluff structure with a silky-smooth surface more easily penetrates deep into the skin’s pores, acting as a conduit to deliver the essence and enhancing the skin’s absorption of the serum.
Antimony-free ultrafine fibers, free of the heavy metal antimony, provide a safer care environment for your skin.
● Antimony is a heavy metal, and its concentration in finished pharmaceutical and cosmetic products must not exceed 10 mg/kg. Antimony poisoning can cause symptoms such as dermatitis, vomiting, abdominal pain, diarrhea, hematuria, hepatomegaly, convulsions, and cardiac arrhythmias.
Soft and silky
● The finer the fibers, the lower the stiffness and the softer and more delicate the material. Most skin irritations are caused by the excessive stiffness of the fibers used in the mask’s base material, which results in a rough surface. The ultrafine fibers used in silky-spun materials have a diameter one-fifth that of cotton fibers; compared to conventional mask fabrics, they feel exceptionally soft and significantly reduce irritation to the skin.
Ultra-high permeability
● The finer the fibers in the facial mask cloth, the more contact points there are between the fibers and the skin per unit area. Consequently, the volume of essence liquid that is drawn out through the spaces between the fibers is smaller, which further facilitates the penetration and absorption of the essence into the pores.
