5.91 Feet Christmas Cypress Garlands Artificial Cedar Pine Simulated Green Hanging Tabletop Plants Artificial Decor Vine Door

5.91 Feet Christmas Cypress Garlands Artificial Cedar Pine Simulated Green Hanging Tabletop Plants Artificial Decor Vine Door  Bullet Points: 1.Vivid Festive Decor: Achieve authentic holiday beauty with high-fidelity cedar leaves technology, offering gradient green colors and a realistic appearance through sturdy yet soft PE material for versatile seasonal arrangements 2.Biomimetic Vine Structure: This cedar garland features a biomimetic vine structure and PE soft foliage, maintaining its shape and delivering a visually full effect to enrich your holiday decor 3.Effortless Cleaning & Care: The dust-resistant coating minimizes cleaning effort and preserves the festive appearance by reducing leaves shedding over time 4.Flexible Arrangement Options: Satisfies various decorative purposes using its bendable vine structure, offering seamless placement on fireplace mantels, stair railings, or door frames with the freedom to shape as desired for creative arrangements 5.Holiday Present Choice: Showcasing improved vividness through carecrafted artificial cedar branches, this garland combines realistic textures to lift festive displays, making it a memorable seasonal present Lift your decor with Greenery Holiday Party Decoration, offering charm for winter homes. Arrange it as fireplace mantel decor, or use it on tables for added elegance. Suitable for both indoor and outdoor spaces, it improves stair railings and outlines door and window frames. Whether placed near the fireplace or on the mantel, this garland ensures a warm, inviting atmosphere all season long. Specifications: Name: Christmas Cedar Garland Product Size: about 1.8m/5.91 feet Weight: about 350g Material: Soft rubber, PE

Packing List: 1* Christmas Cedar Garland

Note: Due to different lighting and screen settings, the item color may be slightly different from the picture. Due to different manual measurements, please allow a 1-2cm difference in size.