Hydro Flask All Around Tumbler Press-In thermal mug 470 ml surf (T16CPC484)

The Hydro Flask All Around Tumbler Press-In 470 ml in surf offers advanced thermal insulation thanks to modern technologies from Hydro Flask. Its design allows you to enjoy your favourite beverages at the optimal temperature for a long time, regardless of the surrounding conditions.

TempShield™ Insulation and Color Last™ Technology

The double-wall construction with TempShield™ vacuum insulation is responsible for maintaining beverage temperatures in the Hydro Flask All Around Tumbler Press-In, effectively reducing heat exchange with the environment. The Color Last™ coating provides high resistance to scratches and corrosion, while also maintaining colour intensity over long periods of use. These solutions also protect against condensation forming on the exterior of the tumbler, contributing to comfortable daily use.

Thermal Properties and User Comfort

The thermal properties of the tumbler allow for maintaining beverage temperatures for many hours, which is ideal for long workdays as well as during travel. Thanks to its easy cleaning, this model guarantees top hygiene levels, and its ergonomic shape facilitates everyday use. The 470 ml capacity provides versatility for both hot and cold beverages.

Hydro Flask All Around Tumbler Press-In 470 ml surf - features:

• Double-wall construction with TempShield™ vacuum insulation ensuring high thermal efficiency;
• Color Last™ coating protecting against scratches and colour fading;
• BPA-free materials ensuring safe use;
• Corrosion-resistant stainless steel that withstands mechanical damage;
• Dishwasher safe for easy cleaning;
• Press-In leak-proof closure minimizing the risk of spills;
• No impact on beverage taste due to the materials used;
• No condensation on the outside of the tumbler even with cold beverages;
• 470 ml capacity meeting daily user needs;
• Easy to clean due to the smooth interior surface;
• Durable construction suitable for an active lifestyle;
• Environmentally friendly due to the use of safe materials.