Product Description
Charcoal Ensemble from the Soliloquy collection by Alison Glass
A refined design of mathematical equations in deep charcoal tones
Charcoal Ensemble, from the Soliloquy collection by Alison Glass for Andover Fabrics, combines the precision of mathematical notation with the elegance of a deep charcoal backdrop. The fabric features intricate equations and scientific symbols, printed in a subtle black on a rich charcoal background, creating a sophisticated and understated design. This fabric is perfect for those who appreciate a minimalist yet intellectually stimulating aesthetic, ideal for modern quilts, home décor, or other creative projects.
Crafted from 100% premium cotton, with a fabric weight of 145gsm, Charcoal Ensemble offers both beauty and durability. Its smooth texture and understated design make it highly versatile, suitable for a variety of sewing projects. Whether you’re working on a contemporary quilt, crafting unique home décor pieces, or designing a thoughtful textile art project, this fabric provides the quality and structure you need.
The Soliloquy collection by Alison Glass explores themes of language, symbols, and abstract concepts, and Charcoal Ensemble stands out for its intellectual elegance. The deep charcoal tones paired with the fine, mathematical notations make this fabric a modern, versatile choice for a range of creative applications. Whether used alone or alongside other fabrics from the Soliloquy collection, Charcoal Ensemble adds depth and sophistication to any project.
Let Charcoal Ensemble bring a touch of refinement to your next quilting, sewing, or home décor project. Its subtle, intricate design and rich tones make it an excellent fabric for projects that aim to blend creativity with intellect and style.
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%.
