Lady Gaga – Born This Way Baby Deisgn Tumbler With Handle And Straw

Lady Gaga – Born This Way Baby Deisgn Tumbler With Handle And Straw

**Lady Gaga – Born This Way Baby Deisgn Tumbler With Handle And Straw**

This sleek and stylish tumbler is the perfect way to show your love for Lady Gaga and her Born This Way anthem. The tumbler is made of stainless steel and features a white matte finish with Lady Gaga’s signature Born This Way logo in hot pink. The tumbler also has a double-walled construction that keeps your drinks cold for up to 24 hours and hot for up to 12 hours. It comes with a matching straw and a silicone sleeve to protect your hands from the heat.

This tumbler is perfect for taking on the go, whether you’re commuting to work, running errands, or just hanging out with friends. It’s also a great gift for any Lady Gaga fan.

**Features:**

* Stainless steel construction
* Double-walled construction keeps drinks cold for up to 24 hours and hot for up to 12 hours
* Includes a matching straw and a silicone sleeve
* Measures 9.5 inches tall and 3 inches in diameter
* BPA-free

**Benefits:**

* Show your love for Lady Gaga and her Born This Way anthem
* Keep your drinks cold or hot for hours
* Perfect for taking on the go
* Makes a great gift

Lady Gaga – Born This Way Baby Deisgn Tumbler With Handle And Straw Information:

Product Information:

• High-Quality Material: Our tumblers are using SUS 304 body and a premium transparent material lid.
• The double-wall insulated design, with a vacuum layer in between, keeps your drink at the desired temperature for 3 to 4 hours.
• The durable color coating ensures it won?t fade, peel, or crack even with extended field use, and it provides an additional grip.
• User-Friendly: We recommend hand washing for easy maintenance. The removable lid twists off effortlessly, allowing convenient filling and cleaning.
• Our creative 3D printing adds a stunning and vibrant touch to tumbler, reflecting your personality. Using state-of-the-art printing technology, the design is directly applied to the product.

,,