Valentine's Day Gift Ashlynn Quilt - Don't Overpay [a1St67vH]

Introducing the Valentine's Day Gift Ashlynn Quilt - Don't Overpay [a1St67vH]

The Valentine's Day Gift Ashlynn Quilt - Don't Overpay [a1St67vH] is a perfect blend of vintage charm and modern elegance, designed to update your bedroom with a relaxed, farmhouse style. Hand-quilted and crafted using a sophisticated color palette featuring grey, white, tan, brown, and various blues, this all-cotton quilt seamlessly combines classic patchwork designs with a contemporary touch. Each quilt is thoughtfully created with reversed seams, which not only enhance the texture but also add a well-worn, casual look to your space.

Key Features and Benefits

Experience the beauty of echo hand-quilting and the timeless appeal of the Valentine's Day Gift Ashlynn Quilt - Don't Overpay [a1St67vH]. The quilt features reverse seams for added texture, creating a patchwork look of ticking stripes and plaids that will become a staple in your bedroom. Its straight edge is adorned with a 0.5" bias cut creme and grey striped binding, while the reverse side reveals a chic charcoal and creme ticking stripe seersucker fabric. The Valentine's Day Gift Ashlynn Quilt - Don't Overpay [a1St67vH] is available in a variety of sizes to suit your needs, including Queen, King, Luxury King, California King, and Twin.

Material and Specifications

Crafted from high-quality materials, the Valentine's Day Gift Ashlynn Quilt - Don't Overpay [a1St67vH] is made of 100% cotton shell and batting for optimal comfort and durability. The quilt is available in warm grey, vintage white, and washed blue hues, offering a soothing and inviting ambiance to your bedroom. Designed for easy care, the quilt is machine washable and suitable for front-load commercial washers. Its specifications include a cold water, gentle cycle, and a recommendation to avoid chlorine bleach. Enhance your bedroom decor with the Valentine's Day Gift Ashlynn Quilt - Don't Overpay [a1St67vH] and experience the perfect combination of style and functionality.