Vacuum flask Hendi 449615
Technical data 01 / 02
This Hendi vacuum flask pairs a one-litre capacity with vacuum insulation for portioned drinks service. Its insulated body helps keep a prepared drink at the serving point between pours, while the compact batch size suits a small group or a local top-up station.
Where it is used
Use the flask for table-side service or at a café drinks station when staff need to pour a modest quantity over several servings. Vacuum insulation slows heat transfer, helping the drink retain its temperature between pours and reducing the need to return repeatedly to reheat it. This suits service where the beverage is prepared in advance and dispensed gradually rather than poured all at once.
The chrome-plated steel lid, button, spout and handle support the serving task: the button operates dispensing, the spout directs the stream and the handle gives a grip for carrying the flask between preparation and service. This arrangement is useful when replenishing cups at a breakfast table or moving a prepared drink to a meeting-room serving point.
Care
The double stainless-steel body resists corrosion and is easy to keep clean, a useful property where drink spills and damp wiping are part of routine service. Its metal construction also gives the flask a robust exterior for regular handling at a drinks station; wipe-down care helps maintain a clean presentation between service periods.
How to choose
The one-litre capacity is suited to a small group or a short service window, where a modest reserve can be poured in portions and refreshed as needed. It is a practical choice for a table or local station that does not need a large beverage container occupying the serving area.
Match this capacity to the volume you expect to serve before the next refill: it provides a contained batch for focused service rather than a high-volume supply. The vacuum insulation adds value where prepared drinks need to remain available between pours, so the flask can stay beside the point of use instead of requiring immediate return to a heating source.