SIZE GUIDE

FEATURES

BREATHABLE DOUBLE YARN FABRIC - DRY & COMFORTABLE: Designed with double yarn knitting, this dress features a breathable layer between two fabric layers, ensuring optimal airflow. Sweat evaporates quickly, making it the perfect choice for warm weather. Whether lounging at home or stepping out, you’ll enjoy a fresh and airy feel all day long.

COOLING FIBER TECHNOLOGY – INSTANT FRESHNESS FOR YOUR SKIN: Made from high-performance cooling fibers, this dress rapidly dissipates heat and wicks away moisture. The advanced fabric technology helps maintain a comfortable temperature, keeping you cool and refreshed in hot conditions. Its skin-friendly properties provide lasting comfort and care.

ADORABLE CAT PRINT – A FUN & PLAYFUL DESIGN: Featuring a charming cat print, this dress adds a touch of cuteness to your wardrobe. The stylish yet playful design makes it a great choice for casual wear, relaxing at home, or stepping out with effortless charm. The prints stay vibrant even after multiple washes, ensuring long-lasting appeal.

CHIC V-NECK CUT – SUBTLE ELEGANCE WITH COMFORT: The flattering V-neckline enhances your natural elegance by subtly revealing the collarbone. Its relaxed fit ensures comfort while adding a hint of effortless style. This versatile design transitions seamlessly from homewear to casual outings, giving you confidence in every setting.

VERSATILE STYLING – MULTIPLE WAYS TO WEAR: Designed for flexibility, this dress can be worn in different ways. Fasten all the buttons for a polished look, leave a few undone for a relaxed style, or pair it with shorts for a layered outfit. Even at home, it offers a refined, fashionable appearance without looking overly casual.

SPEC

Color: Orange, Pink, White

Size: S, M, L, XL, 2XL, 3XL

Style: Dress, Dress + Shorts

Material: Cool & Soft

Package Includes:1*Cute Cat Print Breathable Dress

NOTES

Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.