Discover the charm of this 100% linen midi dress from TOAST Reworn. Lightly worn, this piece showcases a beautiful drape and a comfortable fit, perfect for casual outings or relaxed gatherings. Its earthy tones and simple design reflect a commitment to sustainable fashion, allowing for versatility in styling while keeping environmental impact in check. Ideal for those who appreciate craftsmanship and circular values, this dress is as chic as it is responsible.
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
100% linen. Machine wash.
Made in China.
Size & Fit
Front length for size 14 is 122cm.
To ensure the longevity of the Reworn Linen Twill Dress, machine wash it in cold water on a gentle cycle. It's recommended to air dry or tumble dry on low heat to maintain the fabric's integrity.
Yes, the Reworn Linen Twill Dress is made from 100% linen, a breathable fabric that is perfect for warm-weather wear. Its lightweight nature makes it a great choice for summer occasions.
The Reworn Linen Twill Dress is part of the TOAST Reworn collection, which focuses on sustainability by offering previously worn items and reducing waste. This initiative promotes circular fashion and responsible consumption.
The Reworn Linen Twill Dress is designed to withstand regular wear, but like all natural fibers, linen may experience some wrinkling. Following proper care instructions can help maintain its shape.
Avoid using bleach or harsh detergents on the Reworn Linen Twill Dress, as these can damage the fabric. It's best to keep it away from high-heat settings when drying to prevent shrinkage.
