Spill-Proof Insulated Thermos Mug – Perfect for Office & Travel
Thirsty for a perfect temperature, anytime, anywhere? 🌍🥶🔥
Introducing the Thermal Mug Thermos Bottle, a premium stainless steel insulated vacuum flask designed to keep your beverages at the perfect temperature, whether you're at home, in the office, or on the go. This leakproof travel drinkware ensures your drinks stay fresh and spill-free, making it an essential companion for daily use and outdoor adventures.
FEATURES
Double-Wall Stainless Steel Construction: Crafted from high-quality stainless steel, this thermal mug features double-wall construction with vacuum insulation, effectively maintaining the temperature of your beverages. Enjoy hot drinks that stay hot and cold drinks that stay cold for extended periods.
Optimal Capacity Options: Available in 350ml and 450ml sizes, this thermos bottle caters to your hydration needs, whether it's a quick coffee on your commute or a refreshing drink during a workout.
Leakproof Design for Worry-Free Travel: The secure, leakproof lid ensures that your beverage stays contained, allowing you to carry the flask in your bag without concerns about spills or leaks.
Comfortable Drinking Experience: Designed with a thin lip, this tumbler provides a comfortable and enjoyable drinking experience, enhancing the pleasure of your favorite beverages.
Portable and Durable: The sleek and robust design fits comfortably in your hand, bag, or car cup holder, making it ideal for travel, commuting, or outdoor activities. The durable stainless steel construction ensures it withstands daily use without compromising performance.
SPECIFICATIONS
- Material: High-quality stainless steel
- Capacity: 350ml / 450ml
- Insulation: Double-wall vacuum insulation
Elevate your beverage experience with the Thermal Mug Thermos Bottle, combining style, functionality, and durability to keep your drinks at the perfect temperature wherever you are.
NOTES
- Due to manual measurement, slight variations in size and weight may occur.
- Product colors may differ slightly from images due to varying display devices and lighting conditions.