Elegant 3D Floral Applique Tiered Gown Maxi Dress
$121.00 USD
Quantity
Buy 2 get Free Shipping
Buy 3 get 15% OFF whole order
PRODUCT DESCRIPTION
A stunning maxi gown featuring delicate 3D floral appliqués and dramatic tiered layers for a romantic, voluminous silhouette. Elegant and graceful for weddings, galas, and special occasions.
Perfect for formal occasions, evening events or a romantic night out.
*Product Code：#011086
*Design：Floral, Ruffles design
*Fabric: ：Mesh
*Colour may vary due to lighting on images. Item runs true to the size chart and is cut to suit our size chart. Please refer to our size chart for the best fit.
*Model Information：
- HEIGHT: 176cm / 5ft 9
- BUST : 86cm / 33.9in
- WAIST: 62cm / 24.4in
- HIP: 94cm / 37.0in
SHIPPING POLICY
Free standard shipping on orders over $79
Total Delivery Time = Processing Time + Shipping Time
Processing Time: 1-4 days (Mon-Sat) after the order is placed. Shipping Time: Depends on the destination country of delivery. See the Shipping Policy page for references.
Returns & Policy
LUN.ALLE: 14-Day Hassle-Free Returns & Exchanges
We happily accept returns and exchanges for eligible products within 14 natural days of receipt — shop with confidence!
Enjoy free exchanges on full-price items, and free returns apply to eligible scenarios with no extra fees.
Curious about our complete return & exchange terms? Click the link below to learn more~
RESPONSIBLE PRODUCTION
At LUN.ALLE, we are committed to ethical and sustainable production, ensuring that every piece is made with integrity and care.
To uphold ethical labor practices, we conduct regular supplier audits, assessing fair wages, reasonable working hours, workplace safety, and overall working conditions. We also evaluate environmental responsibility, ensuring our partners minimize waste and pollution.
We prioritize working with certified manufacturers who meet internationally recognized standards, such as BSCI and ISO, which promote responsible and sustainable production.
Additionally, we follow a small-batch production model to minimize waste and prevent overproduction, reducing our environmental footprint.
