Nearly Natural 24 in. Holly Berry Artificial Wreath

Ring out the seasonal cheer with this artificial wreath intricately designed from an overgrowth of realistic looking holly greenery, handsomely accented throughout with faux holly berries that look incredibly realistic. Perfect for wall and/or door display in either a home or office environment, this 24” (in circumference) decorative wreath makes for an inviting accent and can undoubtedly help inject front-door appeal all throughout the holiday season. Silk plants 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 will need to be re-shaped when removed from the secure box to allow it to reach its fullest size. Your artificial plant will look beautiful for years to come; simply wipe clean with a soft dry cloth when needed. About Nearly Natural Inc. – For over 75-years, Nearly Natural Inc. has been providing conscientious consumers with beautiful alternatives to natural decorations. Employing and advised by naturalists who understand the live plant world, Nearly Natural is able to recreate the most realistic-looking decorative items for homes, offices, and businesses. Driven by a true commitment to customer service, attention to detail, and natural philosophy, Nearly Natural strives to bring customers the most beautiful, unique, and striking faux plants and floral on the market.

• 24 in. round, measurements are from the bottom of the plant to the furthest extended stem on the plant width dimensions are also calculated from the furthest outstretched dimension
• Realistic looking holly foliage
• Accented with faux red berries
• Suitable for either wall and/or door display
• Perfect for seasonal use
• Recommended for indoor use only
• Artificial wreaths are manufactured using synthetic materials and are well designed and constructed to be life-like in appearance
• Item will need to be re-shaped when removed from the box; this wreath can easily bend for reshaping purposes