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Just a Girl that Loves Hula Hoop Tee
Sale price
β¬25.60
Regular price
β¬32.00
π₯ Calling all hula hoop enthusiasts! Are you tired of feeling like you blend into the background, craving a way to showcase your love for flow arts in a style that's as unique as you are? Well, look no further because our "Just a Girl that Loves Hula Hoop" Tee in retro font is here to make you stand out!
πͺ Slip into this statement tee and let your passion for hula hooping shine bright. With its retro font and bold design, this tee isn't just clothingβit's a declaration of individuality and a celebration of the flow arts community. So why wait? Add this tee to your cart now and let the world know how much you love to hoop! π₯
FABRIC(S): 100% cotton
Heather colors are 50% cotton, 50% polyester
FABRIC WEIGHT: 5.0β5.3 oz/ydΒ² (170β180 g/mΒ²)
PRE-SHRUNK: Yes
SIZE: Fits true to size. Please look at the last photo for the sizing table
SHIPPING FROM: United States, United Kingdom, Australia, Canada, Latvia, and Spain.
At Flow Arts Shop, each product is printed especially for you when you place an order. By creating products on demand instead of in bulk, we aim to minimize waste and make thoughtful purchasing decisions. Thank you for joining us in our mission to promote sustainability and reduce overproduction!
The product is printed as closely to you as possible for fast delivery and to minimize emissions for the transport π β»οΈ π
Heather colors are 50% cotton, 50% polyester
FABRIC WEIGHT: 5.0β5.3 oz/ydΒ² (170β180 g/mΒ²)
PRE-SHRUNK: Yes
SIZE: Fits true to size. Please look at the last photo for the sizing table
SHIPPING FROM: United States, United Kingdom, Australia, Canada, Latvia, and Spain.
At Flow Arts Shop, each product is printed especially for you when you place an order. By creating products on demand instead of in bulk, we aim to minimize waste and make thoughtful purchasing decisions. Thank you for joining us in our mission to promote sustainability and reduce overproduction!
The product is printed as closely to you as possible for fast delivery and to minimize emissions for the transport π β»οΈ π