
Pitbull Serengeti 16 Oz. Stainless Steel, Vacuum Insulated Tumbler With Spill Proof Lid - 3D Print - Insulated Travel Mug For Ho
$28.83
Frequently Asked Questions
- Q: What materials are used in the Pitbull SERENGETI tumbler? A: The Pitbull SERENGETI tumbler is made of solid 18/8 stainless steel, ensuring durability and insulation for both hot and cold beverages.
- Q: Is the tumbler spill-proof? A: Yes, the tumbler features a BPA-free spill-proof slider top lid that provides a secure seal to prevent leaks and spills.
- Q: How does the double wall insulation work? A: The double wall insulation creates a barrier that keeps your drinks hot or cold for hours, while also preventing condensation from forming on the outside.
- Q: Can the tumbler fit in standard cup holders? A: Yes, the design of the Serengeti tumbler is specifically crafted to fit standard-sized cup holders, making it convenient for travel.
- Q: What is the care instruction for the tumbler? A: For optimal care, hand wash the tumbler with mild soap and water. Avoid using abrasive cleaners or placing it in the dishwasher to maintain its finish.
- Q: Is the artwork on the tumbler genuine 3D art? A: Yes, the tumbler features 3D German printing technology that gives the artwork a raised, tactile quality, enhancing its visual appeal.
- Q: What occasions is this tumbler suitable for? A: The Pitbull SERENGETI tumbler makes a perfect gift for various occasions such as birthdays, holidays, or as a thoughtful present for Pitbull enthusiasts.
- Q: Does the tumbler have a no sweat design? A: Yes, the tumbler is designed to be 'no sweat', keeping your hands dry and safe from extreme temperatures.
- Q: What are the dimensions of the tumbler? A: The tumbler's dimensions are designed to comfortably fit in hand and standard cup holders; specific measurements can usually be found on the product packaging or site.
- Q: Is this tumbler suitable for both hot and cold drinks? A: Yes, the Pitbull SERENGETI tumbler is designed to keep both hot and cold beverages at their desired temperature for an extended period.