Loose circular neckline short -sleeved dress with flower pattern
Loose circular neckline short -sleeved dress with flower pattern

Minimum order quantity | Discount |
---|
Availability for collection could not be loaded
- ⏰TIPS: All items are genuine, with genuine patents. Counterfeits must be investigated! Please mark our products!!!
- 😊If you are not satisfied with the goods received, please contact us within 15 days of receipt, we will give you the best help!
- 🚢 Shipment>>Worldwide express shipping available.
- 🔥98.9% of customers buy 2 or more
SIZE DUIDE
FEATURES
INSTANT FLORAL PRINTING: The dress features a vibrant and captivating floral print that exudes a touch of femininity and charm. The colorful patterns create a visually appealing ensemble that effortlessly stands out.
FLATTERING AND FLOWY DESIGN: This floral dress features a loose and relaxed fit, offering a flattering silhouette for a variety of body types. The flowing design allows for comfortable movement and is perfect for casual outings, beach vacations, or everyday wear.
VERSATILE AND STYLISH: The round neckline and short sleeves make this dress versatile and suitable for a variety of occasions. Wear it with heels and accessories for a stylish look, or pair it with sandals for a casual and relaxed look.
SOFT AND BREATHABLE FABRIC: The dress is made of high-quality, lightweight fabric and feels soft and comfortable against the skin. The breathable material ensures excellent air circulation, keeping you cool and comfortable even on warm days.
EASY CARE AND MAINTENANCE: This floral dress is easy to care for, allowing for hassle-free maintenance. Simply machine wash it in cold water and tumble dry on low. It retains its shape and color, ensuring long-lasting wear and enjoyment.
SPEC
Material: Polyester fiber
Available sizes: S-4XL
Package included: 1*Loose Round Neck Short Sleeve Floral 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 computer monitors.
