Ferguson Top 51.5 Inch Tray by Bailey Street Home - Elegant Metal Decorative Tray with Rough Nickel Finish
Elevate your home decor with this stunning metal tray that combines natural shaping, rich textures, and a sophisticated rough nickel finish. Perfect for adding a touch of elegance and dimensional flair to any tabletop or display area, this tray is both functional and stylish.
Why You'll Love It
- Creates a beautiful focal point on coffee tables, dining tables, or consoles with its textured and dimensional design
- Made from durable aluminum with a rich rough nickel and gold finish for lasting beauty
- Perfect for serving, displaying decorative items, or organizing essentials in style
- Large 51.5-inch size provides ample surface area for various uses
- Lightweight yet sturdy at 14.1 pounds, making it easy to move and arrange
Style & Design
This large oblong tray features natural shaping and textured details that add depth and character. The combination of rough nickel and gold finishes creates a luxurious yet rustic aesthetic that complements both modern and traditional interiors. Crafted from aluminum, it offers a sleek, durable surface with a sophisticated look that enhances any decor style.
Function & Fit
Ideal for use on coffee tables, sideboards, or as a centerpiece display, this tray is versatile enough to serve as a decorative base or a functional organizer. Its generous 51.5-inch width and 7-inch depth make it suitable for holding candles, vases, or decorative accents. Easy to clean and maintain, it is designed to withstand everyday use while maintaining its elegant appearance. Installation is not required, making it a ready-to-use decorative piece that seamlessly fits into your home.
| Material |
Aluminum |
| Finish Color |
Rough Nickel/Gold |
| Width |
51.5 inches |
| Depth |
7 inches |
| Height |
5.5 inches |
| Weight |
14.1 lbs |
Additional Resources
For more inspiration on decorating with trays, visit our home decor trays collection. To see similar stylish accents, explore our metal trays selection.