Thermos mug MPM STT-2/13 — vacuum insulated travel tumbler, 350–500 ml capacity (model STT-2/13)

MPM STT-2/13 is a vacuum insulated travel tumbler designed to keep beverages at the desired temperature while on the move. The double-wall construction with vacuum insulation reduces heat transfer for hot drinks and limits condensation with cold beverages. The tumbler features a secure, spill-resistant lid and a compact shape that fits most vehicle cup holders and backpacks, making it suitable for commuting, office use and short trips.

Advantages

The vacuum-insulated body provides extended thermal retention for both hot and cold drinks while maintaining an exterior surface that remains comfortable to hold. The secure lid minimizes accidental spills and splashes, and the compact design balances capacity with portability. Materials and construction are intended for repeated daily use and straightforward maintenance.

Suitable for

• Commuting and public transport
• Office desk use
• Car cup holders during travel
• Short outdoor trips and walks
• Hot coffee, tea, cold beverages and water on the go

Key specifications

• Capacity range: approximately 350–500 ml
• Thermal system: double-wall vacuum insulation
• Lid: secure, spill-reducing design
• Shape: slim, cylindrical profile to fit standard cup holders
• Suitable use: hot and cold beverages

How to use

Fill the tumbler with a pre-heated or pre-cooled beverage to optimize thermal retention. Secure the lid before transporting to reduce the risk of spills. For best performance, warm the tumbler with hot water before filling with hot drinks and rinse with cold water before adding chilled beverages. Clean the lid and interior after each use according to care instructions to maintain sealing performance.

Usage recommendations

Do not overfill above the recommended capacity to avoid spills when closing the lid. Avoid using abrasive cleaners or metal scouring pads on interior surfaces. Check the lid seal periodically and replace if deformed to preserve leak resistance and heat retention.