Frequently Asked Questions
Each foam coaster measures three and a half inches by three and a half inches. This size is ideal for various drinkware, including coffee mugs and tumblers.
The coasters are made from a high-quality fabric material similar to that of durable mouse pads. This ensures they are robust and heat-resistant for both hot and cold beverages.
The set includes four foam coasters. This makes it perfect for gatherings or events where multiple guests may be using beverages.
Simply place a coaster under your drink to protect your table from water stains. They are suitable for all types of beverages, including hot and cold drinks.
Yes, these coasters can be used outdoors. They are designed to withstand various conditions while protecting your surfaces.
Yes, these coasters are versatile and can be used with coffee mugs, tumblers, glasses, and more. Their size accommodates various drinkware types.
You can easily clean the coasters by placing them on the top rack of your dishwasher. After washing, lay them flat to dry.
No, the design is permanently dyed onto the material. This ensures that the colors stay vibrant and do not fade, even after multiple washes.
Store the coasters in a dry place away from direct sunlight. Keeping them flat will help maintain their shape and appearance.
Yes, these coasters make great gifts. They can be paired with insulated coolers or huggers for a thoughtful and cohesive gift set.
These coasters are perfect for housewarming parties, weddings, or as hostess gifts. Their artistic design adds a touch of flair to any event.
Yes, these coasters are made from safe materials. They do not contain any hazardous substances, making them suitable for family use.
The coasters feature a multicolor design, showcasing vibrant artwork. This adds a lively touch to your table setting.
Yes, these coasters are heat-resistant and effectively protect surfaces from heat damage caused by hot beverages.
Absolutely, these coasters are designed to be compatible with glassware. They will protect your tabletop from condensation.












