This adorable snowman ceramic tile was originally painted with acrylics by Beth Stephens. All of our tile products are permanently printed with dye sublimation. This process infuses dyes directly into the glossy, ceramic tile creating an outstanding art print and product. The tiles can be used in a variety of ways. Use them as magnets, coasters, trivets, art decor, crafts, in-home remodeling projects, and more! However, you choose to utilize them, you will be pleased with their stunning brilliance and shine.
There are several products and size options available:
We offer a variety of different size tiles in which you can use for backsplashes, wall installations, or for your next craft project.
- 2″x2″ (actual size 1.875″x1.875″)
The magnet tiles are approximately 2″x2″ square ceramic tiles (actual size 1.875″x1.875″) with a glossy finish. We adhere a strong, 3/4″ ceramic magnet to the back of each tile. The tiles are individually packaged with a backing and clear wrap sleeve.
The coaster tiles are 4.25″x4.25″. The coaster size tiles have a glossy finish and come with four clear rubber bumpers on the back of each tile. We also offer them at a discount when purchasing sets of four.
The trivet tiles are 6″x6″. The Trivet size tiles have a glossy finish and come with four clear rubber bumpers on the back of each tile.
Tiles with Easels
These ready-to-display ceramic tiles, with their radiant colors, will compliment your favorite furniture and room. They will also make a wonderful housewarming, birthday, anniversary, or any other occasion gift. The tiles are ready for hanging or use as free-standing art. The glossy ceramic art tiles are available in three sizes:
All images may not be available in every size. The 8″x10″ rectangular tiles will show more of the artwork due to its dimensions. Pictures are for mockup purposes only. Please remember, that there may be color variations on different screens.
Copyright Beth Stephens. All rights reserved. Not to be reproduced in any manner, style, or form without written expression.