Set sail in style with the Twos Company Sailboat Glass Cutting Board, featuring a serene and romantic sailboat design that captures the peaceful beauty of life on the water. Perfect for nautical décor lovers, sailing enthusiasts, or anyone who dreams of sea-bound adventures, this cutting board brings a calming maritime vibe to your kitchen. Made from heat-resistant tempered glass, it provides a hygienic, non-porous surface that’s perfect for slicing, chopping, or serving. Non-slip rubber feet offer added stability, combining elegance with everyday function.
Features:
Introduce your kitchen to the vibrant, large Decorative Glass Cutting Board from Caroline's Treasures. Crafted from resilient tempered glass, this board is not only a utilitarian necessity but also a colorful art piece.
With its generous dimensions of 15 inches in height and 12 inches in length, it offers ample space for all your cutting needs. Every piece showcases captivating artwork from distinguished artists, bringing an aesthetic edge to your kitchen.
Beyond its attractive design, this cutting board ensures your countertop stays pristine and unscathed, owing to its heat-resistant properties. Engineered with user convenience in mind, it features non-skid feet for stability, and rounded corners for additional safety.
Its robust construction renders it virtually unbreakable, guaranteeing longevity. The board comes with protective feet bumpers, maintaining its position during use. This product is recommended to be hand washed only.
Proudly printed and assembled in the United States, this cutting board exemplifies superior craftsmanship. With Caroline's Treasures' Decorative Glass Cutting Board, you're investing in a blend of functionality and artistic flair.
Details:
Weight: 4.50
Hand wash is recommended to preserve the vivid details and clarity of the sailboat artwork. Colors may vary slightly due to lighting and screen settings. Best for light food prep, serving, or decorative display. Avoid heavy chopping or serrated knives to maintain the quality of the surface.