Elevate your wardrobe with this TOAST Reworn T-shirt dress, crafted from a soft blend of 80% viscose and 20% silk. The lightly worn garment features stunning floral patterns that add a pop of color, making it perfect for casual outings or dressier occasions. Its relaxed silhouette and mid-length cut ensure comfort while maintaining style. Embrace sustainability with this unique piece that celebrates circular fashion and gives a second life to previous collections.
From the brand: Lightly Worn: Previously worn, in good condition with minor flaws.
Fabric showing signs of wear.
This style is part of TOAST Reworn, our collection of pieces that have been previously worn or selected from past collections. It’s vital that we take responsibility for all of the items we produce to reduce our waste and use of resources. We’re investing in initiatives that keep our products in circulation. TOAST Reworn offers an alternative to buying new, reflecting our circular values.
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Details
80% viscose, 20% silk. Dry clean.
Made in China.
Size & Fit
Front length for size 10 is 88cm.
FAQ About Reworn Floral Print Dress Size 10 (963) | Multi
The Reworn Floral Print Dress is made of 80% viscose and 20% silk, so it's recommended that you dry clean it to maintain its quality. Regular washing may affect the fabric's feel and longevity.
While the Reworn Floral Print Dress is in good condition with minor flaws, the fabric does show signs of wear. It is important to consider this if you plan on wearing it frequently.
Yes, the versatile design of the Reworn Floral Print Dress makes it ideal for various occasions. You can easily dress it up for a casual evening out or keep it laid-back for daytime wear.
This dress is part of TOAST Reworn, emphasizing sustainable fashion. By purchasing this lightly worn item, you're supporting circular fashion values and reducing resource waste.
'Reworn' refers to garments that have been previously worn or selected from past collections. This dress is part of a sustainable initiative aiming to keep products in circulation and minimize environmental impact.
