Sleeveless Floral Flutter Dress

1 in stock
$75.00
Designer THML Clothing

This item is shipped from and sold by an independently owned boutique in Lawrence, Kansas. Learn more about this boutique.


Color
Size
Description
Introducing our Sleeveless Floral Flutter Dress, a delightful blend of charm and sophistication against a rich brown backdrop adorned with vibrant, colorful flowers. This dress exudes a playful and feminine allure with its sleeveless design and fluttering silhouette. The brown background adds a touch of earthy elegance, while the lively floral pattern infuses the dress with a burst of colors, creating a harmonious visual symphony. The attention to detail is evident in the meticulous craftsmanship, ensuring a comfortable and stylish fit. Perfect for both casual outings and special occasions, this Sleeveless Floral Flutter Dress seamlessly combines chic fashion with a celebration of nature's beauty. Embrace the joy of floral elegance and make a statement with this enchanting dress that effortlessly captures the essence of spring and summer. Gentle cool hand wash. Do not bleach. Lay flat to dry in shade. Do nut tumble dry. Low iron if needed.
Shipping & Delivery
  • Enjoy FREE standard shipping on boutique orders over $100. Shipping fees are calculated per boutique. For boutique orders under $100, flat rate shipping is available ($8 domestic, international orders calculated at checkout).
  • Domestic orders ship via USPS and usually arrive within 2-4 business days.
  • International orders ship via USPS and usually arrive within 3-7 business days. All international duties & taxes are included in the price.
Returns & Exchanges

Standard Return Period

  • You have 14 days from the day you receive your package to return your purchase.

Return Options

  • We offer two options for returns:
  • FREE returns for store credit. Ship it back at no cost to you.
  • Money back on original payment method. You’ll receive a full refund minus the return shipping costs of $6.
Boutique

This item is sold and shipped by Eccentricity.