Product Description
Dottie Banded Damoiselle by Giucy Giuce
Sew Up Mysteries with 'Dottie Banded Damoiselle'
Dive into the deep teal waters of 'Dottie Banded Damoiselle', a fabric that encapsulates the mystery and depth of the ocean, brought to you by Andover Fabrics' Sleuth Collection. Created by the visionary designer Giucy Giuce, this fabric is a work of art that offers both beauty and intrigue. The 100% cotton material, expansive at 44 inches wide with a fabric weight of 145gsm, provides an exceptional quality that is both durable and delicate to the touch.
'Dottie Banded Damoiselle' is not merely a fabric; it is a story woven in shades of teal, punctuated by orderly white dots that dance across the textile like clues scattered in a detective's notepad. It beckons quilters, crafters, and textile artists to decipher its pattern, to craft with imagination, and to create with passion. This fabric, with its rich, saturated colour and mesmerizing dot arrangement, is perfect for those who wish to add a touch of sophistication and enigma to their projects.
The fabric's design is a symphony of pattern and colour, ideal for statement pieces that speak volumes without saying a word. Whether it's the focal point of a quilt, the highlight of a handcrafted bag, or the backdrop of a plush pillow, 'Dottie Banded Damoiselle' is sure to captivate and inspire. It's a testament to the Sleuth Collection's theme, where every stitch is a step further into a story, and every creation is a mystery unraveled.
Let 'Dottie Banded Damoiselle' be the canvas for your creativity, where the only limit is your imagination. Its crime drama inspiration ensures that every piece is not just crafted but also tells a tale, making it an indispensable fabric for those who sew with soul and craft with curiosity.
Other Details
Pre cut single Fat Quarter, while quantities last. Measures approximately 20 x 21 inches.This fabric is 100% cotton with a printed design. Manufacturer recommends to wash at 30 degrees or cooler. This fabric can be tumble dried on low-medium heat. The estimated shrinkage is between 3 - 5%.
