Thermal bottle YETI Rambler C Straw 532 ml black forest green (70000004233)

YETI Rambler C Straw 532 ml thermal bottle black forest green is the perfect solution for those looking for a reliable companion in everyday adventures. Made from high-quality 18/8 stainless steel, it offers excellent durability and resistance to damage. With its capacity, the bottle is sufficient to meet hydration needs during all kinds of activities.

Thermal properties of the YETI Rambler bottle

The YETI Rambler C Straw 532 ml thermal bottle black forest green features exceptional thermal properties. Thanks to the use of vacuum insulation, it can maintain the temperature of beverages for a long time, making it an excellent choice for both hot and cold drinks. Regardless of weather conditions, the drink will retain its ideal temperature.

Ease of maintenance and use

The YETI Rambler C Straw 532 ml thermal bottle black forest green is designed with user-friendliness in mind. The ability to wash it in the dishwasher makes keeping it clean incredibly easy. Additionally, the ergonomic design and thoughtful details ensure comfort during everyday use.

High-quality material

The 18/8 stainless steel from which the YETI Rambler C Straw 532 ml black forest green thermal bottle is made guarantees not only durability but also safety in use. This material is resistant to rust and corrosion, which ensures a long lifespan for the product. Therefore, the bottle is suitable for any conditions, whether at home or outdoors.

YETI Rambler C Straw 532 ml thermal bottle black forest green - features:

• Made from high-quality 18/8 stainless steel ensuring durability and resistance;
• Capacity of 532 ml ideal for everyday use;
• Vacuum insulation that keeps beverages at the desired temperature for a long time;
• Dishwasher safe for easy maintenance;
• Ergonomic design of the bottle ensuring comfortable use;
• Resistant to rust and corrosion due to the material used;
• Height of 25.8 cm for convenient storage and transport;
• Ideal for hot and cold beverages thanks to thermal properties.