Christmas Swag Xmas Door Swag Christmas Decorative Swag for Front Door

Hanging Ornaments with Berries and Ribbon Bows Christmas Artificial Swag Christmas Decorative Swag for Christmas Holiday Home Window Wall Decor Features: 1.Classic Christmas Red Berry Element: Featuring lush red faux berries complemented by green pine needles and gold bells, this Christmas swag instantly enhances festive vibes. Ideal for doors, windows, or walls in hotels, shops, and homes, it amplifies holiday spirit. 2.Versatile Decoration for Various Settings: Designed to fit diverse scenarios like door hangings, wall accents, or window displays. Whether in hotel lobbies, shop windows, or home entrances, this swag effortlessly adapts, enriching different spaces with Xmas door swag. 3.Faux Material for Easy Storage: Made from high-toughness PE material, the Christmas artificial swag is colorfast and resilient. It's designed to endure long-distance shipping with waterproof properties, suitable for both indoor and outdoor use. 4.Convenient Ready-to-Hang Design: Equipped with sturdy branches, the Christmas hanging ornament requires no tools for installation. Simply unpack and hang, with a full wreath design saving time and effort, suitable for efficient settings like hotels and stores. 5.Elevate Festive Ambiance, Boost Marketing: The signature combination of red berries and pine needles captivates attention, enhancing holiday decor. Ideal for creating warm spaces in hotels or attracting customers in shops, it enriches festive scenes and boosts engagement.Specification: Origin: Mainland China Main Material: PET Light: Copper wire light, warm white, steady on, no flickering, switch-operated, requires two AA batteries Lamp Length: 2 meters Number of Lights: 20 Mounting Method: Self-winding Dimensions: Approximately 70 cm in length, approximately 30 cm in height Note: Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! Please allow a 1-2 cm difference in measurements due to manual measuring.