Product Description
Atomic in Snow - A Collection by Libs Elliott for Andover Fabrics.
Artistry in Fabric with Elegance & Energy
Innovative Artistry Meets Quality Craftsmanship
Dive into a world where technology embraces tradition, brought to life by the illustrious Canadian quilt artist, Elizabeth Elliott (Libs). Libs Elliot is renowned for her unique approach, blending modern technology with the time-honoured art of quilting. Her passion resonates through every inch of her creations, often interwoven with nostalgia and experiences. A prime example is the Atomic fabric collection, a testament to her dedication and artistry. Manufactured by Andover Fabrics, each design celebrates both the art and the artist, printed meticulously on the finest cotton.
A Mesmerising Dance of Lightning and Snow
Introducing 'Snow', a name synonymous with purity, elegance and tranquillity. This fabric unfolds a pristine white canvas, evoking the serene beauty of a snow-blanketed landscape. Yet, a closer inspection reveals a dance of delicate grey lightning bolts, gracefully scattered against its backdrop. Their tone-on-tone blender style enriches the fabric's visual appeal, introducing depth and character. The subtle colour contrast draws the eye, making 'Snow' an irresistible choice for any quilter or textile artist. The fabric's white hue doesn’t just offer a versatile base but also echoes the tranquillity of a winter's day, inspiring creativity.
Unrivalled Quality Tailored for the Passionate
Crafted from 100% cotton, this fabric has a weight of 145gsm stands as a testament to its robustness while retaining a beautiful handle and drape. As part of the Atomic collection by Andover Fabrics, 'Snow' offers both style and substance, ensuring your creations leave a lasting impression.
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%.
