Stainless Steel Airpot Flask
Keep every drink at just the right temperature with a little help from the 2L Vacuum Insulated Air Pot. An effective way to keep hot drinks hot and cold drinks cold for hours on end. Constructed from strong double-walled high-grade stainless steel with a wide base for stability, the pot can insulate a wide range of liquids including tea, coffee, water, hot and cold milk, juice, hot chocolate and gravy. Vacuum insulation technology with a release button not only locks in heat and cold but also flavour and freshness.
2 Liters:
- Ideal for keeping drinks and soups warmer or cooler for longer
- For domestic or commercial use. Stainless steel liner
- Contents retain 80-90% temperature for over 6 hours
- Extra strong for catering use
- Easy to clean, Ideal for hot or cold
- Easy, push button pouring system
- Double wall insulated
- Safety cap with anti-spillage lockable lid
3 Liter Flask:
- New design and high-quality 3L stainless steel flask/airport and vacuum flask
- Double walled Stainless Steel Vacuumed Body (No Glass to Break)
- Elegant & Durable Design With Pump Action Push Button Release and Carry Handle
- Temperature retentiveness: 73°C – 6 hours, 60°C – 12 hours, 45°C – 24 hours
5 Liter Flasks:
- Double-walled Stainless Steel Vacuum Body. NO GLASS: No Glass to Break(Glass Break Safety Proof)
- Elegant & Durable Design With Pump Action Push Button Release. No Need to Lift up the Flask for Easy Pouring
- Temperature retentiveness: 73°C – 6 hours, 60°C – 12 hours, 45°C – 24 hours(These are only guidelines which are taken during lab test. Lab tests cannot be taken as actual performance because outside weather conditions will be different for every user)
- 360° Rotating Base to save Table Top from Scratches. This special feature will allow users to rotate the flask face in any direction without scratching it on the tabletop due to the 360° rotating base. Brand New in Its Colored Box Packaging
Note: Flasks cannot retain the water to boiling point for long, but they will keep it warm according to the conditions (Temperature will vary according to the environment conditions)
