Ceramic pad for mug for sublimation printout - hexagon

12,25 € net

/ 15,07 € gross

(Price per piece: 1,23 € net)

Quantity:

Add to cart

Dimensions 10,8 cm

Thickness 6 mm

Colour white

Material ceramics

Quantity in package 10

Stock code 6APQ520P110

Share this product:

Product description

The hexagonal pad for mug

The coaster comes with a non-slip cork bottom for self-adhesion.
The cork layer prevents the ceramics pad from sliding on the surface.
Thanks to the outer polyester layer, the coasters are suitable for sublimation printing. The surface is smooth and glossy.
The applied graphic is durable and feels seamless to the touch, with vibrant colors and clear shapes.
Dimensions: 108 x 108mm
Thickness: 6 mm
Color: White
Material: Ceramic / Cork

Advantages of using a ceramic cup mat :

The ceramic coaster is suitable for outdoor use, such as in restaurant gardens or on terraces, and it will not get soaked.
The thick coaster doesn’t slide on the table and won’t scratch the surface.
Sublimation on the coaster is very durable and seamless to the touch, ensuring vibrant colors and fine details.
The glossy surface of the coaster guarantees an aesthetic appearance of the applied design.
The surface of the coaster is easy to clean – just wipe the ceramic layer with a damp cloth.
The ceramic coaster for sublimation protects the table and tablecloth from heat and stains from coffee, tea, beer, or wine.
Promotional coasters are practical promotional gadgets for restaurants, pubs, and bars – they not only protect tables but also serve as advertising platforms.
A coaster with a custom print makes an elegant gift or promotional item for clients.
Restaurant table coasters for sublimation are great for everyday table decoration or special occasions (weddings, birthdays, anniversaries, etc.).
Coasters often serve as small souvenirs for events, conferences, anniversaries, etc.
A set of coasters with a company logo, advertisement, or slogan is an excellent advertising medium.
Also, check out other coasters for vessels.

Heating parameters: