Stay comfortable and protected during your menstrual cycle with these High Waist Breathable Antibacterial Women's Menstrual Period Panties. These panties are designed with a high waist for full coverage and a breathable, antibacterial fabric to keep you feeling clean and fresh. The soft elastic waistband offers a snug fit that won't dig into your skin. Perfect for during your period, these panties are sure to become your go-to for comfort and protection.
FULL WRAPPED HIP DESIGN: This panty is designed with wider and larger processing, compared with other panties on the market, this panty can realize layer by layer wrapping, not afraid of leakage, not displacement, giving you a full sense of security.
WIDENING MOISTURE WICKING AREA: This underwear is designed with widening and enlarging in the moisture wicking area, while the surface layer is waterproof film, effectively preventing water from penetrating into the outer layer, the middle layer is pure cotton antibacterial fabric, and the outer layer is skin-friendly combed cotton, bringing you a top experience.
HIGH WAIST DESIGN: This panty is designed with a high waist, not easily rolled up, better wrapping, but very snug, not strangling the stomach, giving a warmer and more comfortable experience for the belly.
ANTIBACTERIAL CROTCH: This panty is made of very good fabrics, especially with 5A anti-bacterial cotton crotch, which makes the body feel softer and more comfortable to use.
BREATHABLE FABRIC: This underwear is made of 92.6% cotton, very comfortable and breathable, not suffocating, like a baby's skin touch, so that you can also be very comfortable during physiological period.
Type:High Waist Breathable Antibacterial Women's Menstrual Period Panties
Material: 92.6% cotton, 4.2% spandex, 3.2 nylon
Lining: 100% cotton
Available in sizes:M-XL
1*High Waist Breathable Antibacterial Women's Menstrual Period Panties
These panties are designed for women's menstrual period. For best results, please follow the care instructions.
Color may not appear as exactly as in real life due to variations between the computer monitors.