This Round Bubble Concrete Tray is perfect for any area in the home. Add a touch of contemporary charm to your bedside or vanity with this sleek bubble tray. Crafted with care, this small jewelry holder offers the perfect spot to showcase your favorite jewelry pieces or beauty essentials.
Use this small bubble concrete tray in the kitchen, bathroom, bedroom or living area. Great for displaying jewelry, candles, planters or toiletries or keys.
There is also an added cork base which provides a secure stand and protects your surfaces from scratches.
Dimensions:
5 Inches round (12 cm)
Display this multipurpose round shaped tray as a stylish centerpiece on mantle, dining, vanity or coffee table.
A stylish gift for you and your loved ones is available in a selection of colors that will appeal to you the most. Can be left its natural color or made a different color. All items are sanded prior to shipping.
Can be used on your mantle, dresser, vanity, nightstand, ottoman, kitchen table, bathroom or even on the patio outside!
Brings luxury & sophistication to your home decor.
Organize & display toiletries, jewelry, hand towels, candles and more!
Ideal for storage in the bathroom, bedroom, living room, or kitchen.
Please see dimensions.
Trays can be covered with an eco-friendly food grade (safe), NON TOXIC, water-based sealant, however this does add a bit of shine to the tray itself (wont be matte).
I can add this sealant for you to ensure less stains occur, just send me a message or add a note when ordering.
As each tray is handmade, no two are exactly the same.
Water rings or spots can occur from sitting water or soap. Concrete is a porous material. If trays are sealed, sitting water or soap can still penetrate the material and leave spots.
ECO-Friendly Packaging:
I use a combination of honeycomb packing paper, crinkle paper, kraft boxes, twine, biodegradable paper and packing peanuts as a void fill/cushioning which keep pieces safe in transit and are great because not only are these items recyclable but they also reduces material use, which in exchange reduces the energy consumption in order to produce it.
