Skip to product information
1 of 14

Lenitif Spring Midi Dress with Kimono Sleeves and Pleated Bottom - Elegant Floral Pattern

Lenitif Spring Midi Dress with Kimono Sleeves and Pleated Bottom - Elegant Floral Pattern

Regular price £44.90 GBP
Regular price Sale price £44.90 GBP
Sale Sold out
Taxes included. Shipping calculated at checkout.
Design
Color
Size
Quantity

Step into elegance this spring with the Lenitif Spring Midi Dress, designed to elevate your wardrobe with its stunning floral print and luxurious fabric. This exquisite dress features a sophisticated V neckline that beautifully frames your décolletage, while the unique kimono sleeves provide a touch of chic sophistication. The pleated bottom adds a romantic flair, allowing for graceful movement at every step.

Crafted from a blend of 95% polyester and 5% spandex, this dress offers a comfortable, airy feel that drapes beautifully on the body. Perfect for garden parties, brunches, or evening strolls, the Lenitif Spring Midi Dress ensures you look effortlessly stylish no matter the occasion. The flattering silhouette is enhanced by a discreet side zipper that maintains a clean and polished look.

  • Luxurious Floral Design: The vibrant floral pattern captures the essence of spring, making this dress a stunning choice for any springtime event.
  • Flattering Fit: The pleated design and V neckline create an elongated silhouette, enhancing your natural curves and providing a figure-flattering shape.

Available in multiple sizes, each dress has been tailored to provide the perfect fit. Please refer to the following size chart to ensure you select the best size for your body type:

Size Length Hips Chest Waist
EU L | US L 102 cm 118 cm 98 cm 78 cm
EU M | US M 101.5 cm 114 cm 94 cm 74 cm
EU S | US S 101 cm 110 cm 90 cm 70 cm
EU XL | US XL 102.5 cm 122 cm 102 cm 82 cm

Indulge in the charm of the season with the Lenitif Spring Midi Dress that promises to be a treasured piece in your collection. Experience the ideal combination of style, comfort, and sophistication.

View full details