Nearly Natural Eucalyptus Privacy Mat Indoor and similar items

Item Condition Opened box- retail packaging shows some wear. In excellent condition. Never been used. Item Location Ships from our warehouse in Las Vegas, Nevada, 89102, USA Fast FREE Shipping We handle all paid orders within 1 business day. Best Offers Accepted Offers are reviewed at the close of business each night. We accept reasonable offers for - Multiple units of the same item - Errors or condition changes within our listing - Combining shipping for 2 or more separate orders Return Policy We offer a 30 day return window from when you receive the item. Items must be in the same condition and in original packaging. Seller Warranty - We Protect Against Defects Our in-house technicians evaluate and refurbish every electronic item we list. We are proud to offer our customers a 30-day warranty against defects. Contact us directly by selecting "I have a question about using my item or I want to send the seller a message." We are eager to hear from our customers. Product Description 12" x 12" interconnecting mats Set of 5 Finely detailed surface Ideal for decorating Great for crafts too For a covering that?s a little more delicate (and with a lot more detail), one would be hard pressed to find a better choice than this beautiful collection of interconnecting eucalyptus mats. Measuring a sizable 12" X 12" each, these mats come in a set of 8, and cover a lot of ground. Best of all, these mats can be used in a number of patterns, creating near infinite combinations. Silk arrangements are manufactured using synthetic materials, such as polyester material or plastic, and are well designed and constructed to be life-like in appearance. This item may need to be re-shaped when removed from the secure box to allow it to reach its fullest size. Your plant will look beautiful for years to come; simply wipe clean with a soft dry cloth when needed. Measurements are from the bottom of the plant to the furthest extended leaf or branch on the tree. Width dimensions are also calculated from each furthest outstretched dimension.