Thermal mug Kambukka ETNA 300 ml — stainless steel vacuum insulated, splash‑proof with SnapClean lid, 7.1 cm diameter

Kambukka ETNA 300 ml is a stainless steel thermal mug with an 18/10 stainless steel body and vacuum insulation designed to maintain beverage temperature. The mug is BPA‑free and equipped with a non‑slip base and a splash‑proof 3‑position lid featuring the SnapClean system for easier lid cleaning. All lid components are dishwasher safe; the mug body itself should not be washed in a dishwasher. Capacity: 300 ml.

Advantages

The vacuum‑insulated 18/10 stainless steel construction provides reliable thermal performance for hot and cold drinks. The 3‑position splash‑proof lid lets you control flow and reduces spills, while the SnapClean lid system allows quick disassembly and cleaning of all lid parts in the dishwasher. The mug is BPA‑free and has a non‑slip base for stable everyday use.

Suitable for

• Commuting and travel
• Office and desk use
• Outdoor activities and short excursions
• Hot coffee, tea and cold beverages

Key specifications

• Brand: Kambukka
• Model: ETNA 300 ml
• Material: 18/10 stainless steel (body)
• Insulation: vacuum insulated
• Capacity: 300 ml
• Lid: splash‑proof 3‑position with SnapClean system; lid parts dishwasher safe
• Mug dishwasher safe: no (do not wash the mug in a dishwasher)
• BPA: free
• Base: non‑slip

How to use

Fill the mug with a hot or cold beverage and close the lid. Select the desired lid position to drink or to lock the opening for transport. To clean the lid, disassemble the SnapClean components and place them in the dishwasher. Rinse the mug body by hand with warm soapy water and dry thoroughly before reassembling.

Recommendations

Do not place the stainless steel mug body in the dishwasher. Avoid using abrasive cleaners or steel wool on the exterior to preserve the finish. Check that the lid is securely closed before carrying to prevent leaks. The thermal performance is approximate: keeps drinks hot for several hours and cold for longer periods under normal conditions.