One Coaster to Rule Them All

$5.00

One Coaster to rule them all, One Coaster to find them, One Coaster to bring them all and in the drink bind them.

4'“x4” single coaster

The coasters are made of neoprene, with a polyester layer and natural rubber base, which can firmly grip the desktop and prevent slipping. The soft material gives you a smooth and comfortable touch.

Because I personally sublimit each coaster, there will be differences in color vibrancy and application. This is the nature of doing it by hand.

The coasters are machine washable. It is not recommended to put them in the dryer.

One Coaster to rule them all, One Coaster to find them, One Coaster to bring them all and in the drink bind them.

4'“x4” single coaster

The coasters are made of neoprene, with a polyester layer and natural rubber base, which can firmly grip the desktop and prevent slipping. The soft material gives you a smooth and comfortable touch.

Because I personally sublimit each coaster, there will be differences in color vibrancy and application. This is the nature of doing it by hand.

The coasters are machine washable. It is not recommended to put them in the dryer.

control elemental blue.jpg control elemental green.jpg control elemental pink.jpg control elemental purple.jpg control elemental red.jpg
Color:
cursed rings blue.jpg cursed rings green.jpg cursed rings pink.jpg cursed rings purple.jpg cursed rings red.jpg
Color:
elements blue.jpg elements green.jpg elements pink.jpg elements purple.jpg elements red.jpg
Color:
without a trace blue.jpg without a trace green.jpg without a trace pink.jpg without a trace purple.jpg without a trace red.jpg
Color:

My process:


I use Sublimation paper for my designs. I will cut out the design using my Cricut machine from art or text I have created or purchased. I then use my Heat Press machine to move the ink to the neoprene coaster.

This process is permanent. The ink becomes part of the coaster’s surface, and won’t wear of for a very long time.


Sublimation is when a solid turns directly into a gas without becoming liquid. This happens when the solid's molecules gain enough energy to break free, usually through heat or lower pressure. As the temperature rises, the molecules move faster. When the solid gains enough energy, its molecules escape into the air as gas.