Women's High Waisted Tummy Control Underwear

SIZE CHART

FEATURES

SMOOTHING WAISTLINE DESIGN – The innovative crossover design gently smooths the lower abdomen, discreetly flattening a small tummy. It enhances your natural figure for a streamlined silhouette, allowing fitted outfits to be worn comfortably and confidently.

ADAPTIVE ELASTIC FIT – Crafted from high-elasticity fabric, this underwear adapts seamlessly to any body shape. It provides a personalized, comfortable fit, stretches naturally without pinching, and maintains support while allowing unrestricted movement throughout daily activities.

ADVANCED HYGIENIC COMFORT – Featuring a premium 10A antibacterial gusset with extended coverage, this design promotes breathability, inhibits bacterial growth, and supports feminine health while delivering enhanced comfort for all-day wear.

ENHANCED 3D HIP LIFT & COVERAGE – Full rear coverage and a 3D hip-lifting design gently cup and lift the buttocks. This creates a natural, shapely silhouette and a smooth, flattering profile under clothing.

BREATHABLE & LIGHTWEIGHT FABRIC – Made with soft, lightweight, and breathable materials, this underwear promotes airflow to prevent stuffiness, keeping you cool, fresh, and comfortable. The gentle fabric feels delicate against the skin for all-day wear.

SPEC

Material: 64% Nylon 36% Spandex

Crotch Lining Material: 88% Viscose 8% Mulberry Silk 4% Spandex

Colors: Nude, Black, Beige, Pink, Dusty Pink

Size: L

PACKAGE INCLUDES

1 x Tummy Control 3D Sculpting Panties

NOTES

For optimal longevity and to maintain fabric integrity, hand wash in cold water with a mild detergent is recommended. Avoid bleach and tumble drying.

While featuring 10A antibacterial mulberry silk, this product is designed for comfort and hygiene; it is not a medical device. Consult a healthcare professional for specific health concerns.

Please refer to the size chart carefully before purchasing to ensure the best possible fit for your body shape.

Actual product colors may vary slightly from images shown due to individual monitor settings and photographic lighting sources.