[Vodool Home Mall] 2 Rolls Decorative Mesh Ribbon Metallic Foil Deco Mesh Christmas Mesh Ribbon for Wreath Swags and Christmas Tree Decoration

2 Rolls Decorative Mesh Ribbon Metallic Foil Mesh Rolls Metallic Foil Deco Mesh for Wreath Swags and Christmas Tree Decoration Features: 1.Large Size: This Christmas decorative mesh ribbon measures 10 inches wide x 30 feet (10 yards) long. Each roll is made from metallic foil, golden and white mesh. 2.Quality: Our Christmas tree ribbon is made with high-quality plastic mesh, lightweight, waterproof, long-lasting, and reusable, making it an excellent Christmas decor mesh. This deco mesh rolls feature good flexibility, allowing you to DIY it into any shape you desire. 3.Sparkling and Stunning: The metallic foil mesh rolls with gold and white ribbons have a shiny surface, giving Christmas tree decorations a luxurious and captivating look, enhancing the beauty of the festive display. Make your Christmas tree glitter in the reflection of lights, adding to the festive atmosphere of your home. 4.Easy to Use: The metallic foil deco mesh can be easily integrated into any DIY craft or decoration project, providing ample material for various creative patterns. Simply twist it into any shape you desire and place it on your Christmas tree or table, adding elegance to your festive celebrations. 5.Wide Application: These Christmas mesh ribbon are great for bows, Christmas wreaths, basket decorations, and craft home decor. It can also be used for gift box decorations on Christmas tree decor. Use it to wrap gifts, decorate Christmas parties, weddings, Christmas, New Year parties, and more.Specification: Product Dimensions: 260.00 x 50.00 mm Material: Polyester, non-woven fabric Product Name: Ribbon Quantity: 2 Specifications: Christmas Tree Mesh (cream + gold) x 2 / Christmas Tree Mesh (white + red) x 2 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.