12 Bunches Artificial Grapes Simulation Decorative Lifelike Grapes Clusters for Wedding Wine Kitche

12 Bunches Artificial Grapes Simulation Decorative Lifelike Grapes Clusters for Wedding Wine Kitche Beskrivelse

Overview This set of artificial grape bunches is designed for those seeking elegant, long-lasting decorative accents. Crafted from high-quality silica and silk leaves, these lifelike grapes offer a realistic vineyard-fresh appearance without fading or deformation, perfect for enhancing home decor, event styling, and creative displays.Product Details Each grape bunch features 24 meticulously detailed mini grapes attached to flexible plastic stems and delicate silk leaves, replicating the look of freshly picked grapes. Made from durable, hollow silica material, the grapes retain their shape and color over time. The set includes a versatile mix of colors-black, red, green, and purple-suitable for various themes and settings. Easy to clean and maintain, these artificial grapes bring a touch of natural beauty to any space.Key Features 1. Vibrant and Realistic Design - Each bunch includes 24 mini grapes with silk leaves, crafted to mimic the appearance of freshly harvested grapes. 2. Premium Materials - Made from flexible silica and durable plastic stems, ensuring long-lasting use without fading or deformation. 3. Versatile Decorative Use - Ideal for Valentine's props, kitchen decor, photography backgrounds, table arrangements, wine displays, garlands, and festive or home decoration. 4. Easy Maintenance - Simple to clean and dust-resistant, maintaining their beauty over time with minimal care. 5. Complete Color Variety Set - Includes 3 bunches each of black, red, green, and purple grapes, offering flexibility for creative styling.Package Includes 3 bunches of black artificial grapes 3 bunches of red artificial grapes 3 bunches of green artificial grapes 3 bunches of purple artificial grapes Note Slight color variations may occur due to lighting and screen differences. Product dimensions may have a tolerance of +/1-3 cm.