Joy & Peace Armadillo Square Pillow, Spun Polyester Home Decor, Accent Cushion for Relaxation, Unique Gift for Housewarming

Introducing our Joy & Peace Armadillo Spun Polyester Square Pillow, a delightful and whimsical addition to your home décor that brings a touch of charm and personality to any space. Handcrafted with love and care, this unique pillow is designed to not only provide comfort but also to inspire feelings of joy and peace with its adorable armadillo illustration. Made from high-quality spun polyester, this pillow is as soft and durable as it is stylish, making it the perfect accent piece for your living room, bedroom, or even your favorite reading nook.

Measuring 18" x 18" in size, this square pillow is generously filled to provide optimal support and coziness for all your relaxation needs. The Joy & Peace Armadillo design is carefully printed on both sides of the pillow, ensuring a consistent look and feel no matter how you choose to display it. The hidden zipper closure allows for easy removal of the pillow insert, making it a breeze to clean and maintain. Simply follow the care instructions provided: machine wash the pillow cover in cold water on a gentle cycle, then tumble dry on low heat or air dry to keep your pillow looking fresh and vibrant.

What sets our Joy & Peace Armadillo Spun Polyester Square Pillow apart from the rest is its distinctive design and the attention to detail that goes into every handcrafted piece. When you purchase from our Etsy shop, you're not only getting a beautiful, one-of-a-kind pillow but also supporting a community of artists and creators who pour their heart and soul into their work. So why not treat yourself or a loved one to this delightful armadillo pillow and bring a touch of joy and peace to your home? Order yours today and experience the difference that comes with owning a truly unique and handcrafted item from Etsy.


.: 100% Polyester cover
.: 100% Polyester pillow included
.: Double sided print
.: Concealed zipper
.: Note: Pre-constructed item. Size variance +/- 0.5"