Rudolph Reindeer, Christmas, Mug and Coaster
The Rudolph mug and coaster are a great pairing for a festive gift.
This Rudolph Christmas mug is perfect for the festive season. The 11 oz ceramic mug features the Rudolph design. The mug is perfect for having a nice warm cup of coffee, tea or hot chocolate.
This Rudolph coaster is a great way to protect a surface from a hot drink. Simply place your hot mug of coffee or tea on the coaster to keep your surface clean and protected from the heat of your mug. If you prefer something a little stronger maybe for an evening tipple, the coaster is also great for you to place your wine glass or pint of beer. If you do spill a little of your drink the coasters are wipe clean on the top surface.
The coaster is 90mm x 90mm square. It is manufactured from 3mm MDF onto which the design has been sublimation printed.
The coaster makes a lovely gift for a birthday, special event or just as an everyday gift. It will look fantastic on a coffee table in your living room or on desk in your office.
Hand washing will prolong the print quality of the design on the mug. The mug can be cleaned in a dishwasher, but excessive use will cause the print to fade over time.
If there is something that you would like creating and can’t find in my shop and you feel, that I may be able to help with then please send me a message. Many products in my shop have come from customer enquiries.
Postage and Shipping
Postage and shipping for your item will be calculated at the checkout.
Please note that due to Covid 19, delivery may take longer than normal, due to demands on delivery services. I would ask you to be patient and mindful of this when ordering.
Sublimation printing is a great way of transferring high quality images on to various products. I use this form of printing for lots of my products. Essentially it works by bringing the ink and the material together as one. This is done by adding heat to the paper that the print is on and the product on which it is being printed. The print is then permanently transferred onto the material.