About this product
- Material:Faux Silk Flower
- Brand:NO.BRAND
Product description
Handmade flower wall panels with real-like roses, soft to the touch and durable, maintaining vibrant colors for a long time.
Versatile usage for DIY flower arrangements, bouquets, centerpieces, garlands, and more.
Made of high-quality fabric, safe and harmless, can be used repeatedly without worrying about maintenance.
Carefully matched color combinations by a floral designer, lifelike petals and leaves that are not easy to fade.
Perfect for various occasions such as weddings, parties, birthdays, festivals, and daily decoration.
Introducing our exquisite flower wall panel, a stunning addition to any space. Handmade with meticulous attention to detail, this panel features real-like roses that are soft to the touch. Crafted from high-quality fabric, it is durable and maintain their vibrant colors for a long time. Perfect for DIY flower arrangements, you can easily shape it into bouquets, centerpieces, garlands, and more. The advantage of choosing artificial flowers is that they can be used repeatedly without worrying about maintenance. Each color combination is carefully matched by a floral designer, ensuring lifelike petals and leaves that won't fade easily. This versatile faux flower wall panel is ideal for decorating wedding cakes, chairs, patios, gardens, and more. It is also perfect for daily decoration, parties, birthdays, festivals, weddings, memorial venues, and DIY projects. Add a touch of natural beauty to any occasion with our flower wall panel.
Item Name: Flower Wall Panel
Material: Faux Silk Flower
Process: Semi-manual And Semi-mechanical
Process: Shaping, Embossing
Usage: Wedding, Outdoor, Photography Props, Home Decoration, Others
Features: Realistic, Fine Workmanship, Colorfast
Front Size: 35cm x 35cm/13.78" x 13.78" (Approx.)
Back Size: 30cm x 30cm/11.81" x 11.81" (Approx.)
Due to the light and screen setting difference, the item's color may be slightly different from the pictures.
Please allow slight dimension difference due to different manual measurement.