Vacuum flask STANLEY 0.7 L, double-wall insulated bottle, model 1210001997820

STANLEY vacuum flask 0.7 L (model 1210001997820) is a double-wall insulated bottle designed to maintain beverage temperature during travel, outdoor activities and everyday use. The 0.7-litre capacity balances portability and sufficient volume for multiple servings. The flask features a leak-resistant lid and durable construction typical of STANLEY products, intended to provide reliable thermal performance for hot or cold drinks.

Advantages

The double-wall insulation reduces heat transfer, helping to keep hot drinks hot and cold drinks cold for extended periods. Its 0.7 L size is compact enough for backpacks and car cup holders yet large enough for longer outings. The leak-resistant lid improves handling and transport safety. The stainless construction offers resistance to impacts and daily wear while being simple to clean.

Suitable for

• Commuting and work trips
• Hiking, camping and outdoor recreation
• Travel and long drives
• Everyday home or office use

Key specifications

• Capacity: 0.7 litres
• Thermal design: double-wall vacuum insulation
• Material: stainless-steel exterior and interior
• Lid type: leak-resistant screw/flip lid (integrated for pouring)
• Intended use: hot and cold beverages
• Form factor: portable bottle suitable for backpacks and cup holders

How to use

Preheat or precool the flask by filling it with hot or cold water for a few minutes, then empty and pour in the beverage. Secure the lid tightly before transport to prevent spills. For pouring, use the integrated lid mechanism according to the lid design. After use, rinse the interior with warm water and mild detergent; ensure the lid and seals are cleaned and dried thoroughly before storage.

Usage recommendations

Avoid placing the flask in a microwave or on direct heat sources. To preserve thermal performance, do not leave the flask open for extended periods. Regularly inspect seals for wear and replace them if they show damage to maintain leak resistance.