Personalized TEACHER Name 20oz Tumbler | SUBT59
Product Description
Indulge in this adorable 20-ounce Stainless Steel Skinny Tumbler, perfect for keeping drinks hot or cold for hours. With its stunning designs and personalization options, it serves not only as a functional accessory but also as a stylish statement piece. This double-wall insulated tumbler features a non-toxic, BPA-free construction, ensuring safety while making a chic impression. Ideal for gifting or treating oneself, it's built to last with vibrant, permanent designs that won't fade or wash off. From the brand: Spoil yourself or your favorite teacher with this super cute 20 ounce Stainless Steel Skinny Tumbler! They keep your drinks hot or cold for hours and look gorgeous! What better way to show your personality than with a personalized tumbler that'll turn heads? Let the compliments roll in with this eye-catching design that'll be sure to show off your unique style! Tumbler Details: Tumbler Finish Options: Matte OR Subtle Shimmer Finish (FAUX Glitter) adds a tiny bit of sparkle to your tumbler in the sunlight Double wall insulated to reduce condensation Includes a clear push on lid and matching straw Non-toxic and BPA Free Hand washing is recommended to preserve the vacuum seal and extend the life of your cup. The heat of the dishwasher may affect the image on the cup. Measurements: 8.25” tall x 2.75" wide Capacity: 20 ounces Personalization: Cup is sublimated so photos and/or personalization is permanent ...please double check your spelling when checking out as it cannot be changed after the cup is made (The names/photos are NOT decals so they will not wash or pull off) Personalized with a name (10 Characters Max). Please double check to make sure you left this information when you checkout! Quantity: ONE Stainless Steel Tumbler Designs on tumblers are professionally printed and will not wash off or fade. Dye sublimation utilizes a special printer, ink, and paper. Heat is then used to transfer the image to the coated metal by turning it into a gas and chemically bonding it to the material.
