Hand-Dyed Tie Dye Shirt, Blue Turquoise Black, Fitted Women's Button Down Medium, Upcycled Cotton Spandex Blend

Elevate your wardrobe with this stunning Medium Women's Tie Dye Dress Shirt in shades of Blue, Turquoise, and Black. This unique button-down shirt features faux Mother of Pearl buttons for a touch of elegance. Handcrafted and upcycled, this shirt is made from 97% cotton and 3% spandex, ensuring comfort and stretch. The fitted silhouette is accentuated with pleats, while the wide collar adds a stylish touch. The accordion fold detailing make this shirt truly one-of-a-kind. Complete with a wide collar, button-up design and long sleeves with 4 button square cuffs, this shirt is a versatile and chic addition to any wardrobe.

**Our inventory is upcycled from high quality clothing found in thrift stores, secondhand shops, donations and yard sales. 74% of clothing goes to the landfill, so your purchase reduces that number while supporting our small family business.

**Your item will be packaged in bulk tissue paper, tied with a ribbon and shipped in a compostable mailer to be as ecofriendly as possible. Let us know if you’d like us to include a special gift note. Gift wrapping is available for an additional charge.

**This item is ready to ship immediately.

** While the image colors are as true to life as possible, we can't account for viewing on different devices.

**Since we list size measurements, we do not accept returns or exchanges. However, if there is a problem with your order (damage, wrong item, etc.), please message us at fittobetyedpa[AT]gmail[DOT]com and we would be happy to help.

**Standard shipping will take 3 to 5 business days on average in the Domestic US.

**Care Instructions: We recommend washing in color safe detergent in cold water with similar colors. We recommend including a color catcher sheet in your washer for best results. Tumble dry low or hang dry. Your item has been made with Fiber Reactive Dyes and will not fade. Each item is washed multiple times during the dying process and should experience minimum shrinkage.