Moss & Marsh
University of North Carolina Sippy Cup
Regular price
$28.00
Keep your littlest fan hydrated with this stainless steel watercolor sippy cup! Complete with all the features parents love, the kids will go crazy for this killer hand painted design.
Officially licensed collegiate product
-
Your purchase supports this University! When you purchase items from our licensed collegiate collections, a percentage of sales are donated back to each respective school—funding scholarships, student activities, or recreational programs.
- 12 oz Stainless steel cup.
- Insulated double wall with vacuum seal.
- Leakproof sippy lid with handles.
- Machine washable base.
How are they printed?
It's magic basically, but if you want the scientific answer...
The process is called Dye Sublimation. Artwork is printed onto a sheet of high-release paper and transferred onto the substrate using heat and pressure. Heat converts the solid dye particles into a gas — known as sublimation — and bonds them to the surface. The dye is absorbed into the material creating a smooth, and machine washable finish.
Keep your littlest fan hydrated with this stainless steel watercolor sippy cup! Complete with all the features parents love, the kids will go crazy for this killer hand painted design.
Officially licensed collegiate product
-
Your purchase supports this University! When you purchase items from our licensed collegiate collections, a percentage of sales are donated back to each respective school—funding scholarships, student activities, or recreational programs.
- 12 oz Stainless steel cup.
- Insulated double wall with vacuum seal.
- Leakproof sippy lid with handles.
- Machine washable base.
How are they printed?
It's magic basically, but if you want the scientific answer...
The process is called Dye Sublimation. Artwork is printed onto a sheet of high-release paper and transferred onto the substrate using heat and pressure. Heat converts the solid dye particles into a gas — known as sublimation — and bonds them to the surface. The dye is absorbed into the material creating a smooth, and machine washable finish.