MILTON Thermosteel Vacuum Insulated Flask 1 Litre

Milton Thermosteel Vacuum Flask 1 Litre Features
– Advanced double-wall vacuum insulation keeps liquids hot or cold for up to 24 hours
– 100% food-grade 304 stainless steel interior and exterior resists rust, corrosion, and odors
– Unique flip-up spout push stopper enables smooth, controlled, drip-free pouring
– Threaded outer lid doubles as an insulated drinking cup for hot tea, soup, or cooled formula
– Generous 1-litre capacity provides sufficient hot water for an entire day of infant bottle feeds
– Preserves natural beverage flavor and nutritional purity with zero chemical leaching
– Comes with a protective fabric jacket pouch with an adjustable shoulder carry strap
– Condensation-free exterior remains cool to touch with boiling liquids and dry with iced drinks

Milton Thermosteel Vacuum Flask 1 Litre Description
The Milton Thermosteel Vacuum Insulated Flask 1 Litre (Edition 2) is a legendary thermal solution that provides dependable temperature retention for nursery bottle prep and family adventures. Engineered with superior double-wall vacuum insulation, this flask keeps water piping hot for up to 24 hours, making on-the-go formula feeds effortless.

Constructed inside and out from premium 304-grade stainless steel, it provides exceptional durability without imparting metallic tastes or harboring bacteria. The specialized push-button stopper ensures smooth, controlled pouring into narrow feeding bottles without splashes.

The outer stainless steel lid doubles as a convenient serving cup, while the insulated jacket pouch protects the flask from bumps and provides comfortable shoulder transport. Whether you are preparing nighttime infant bottles or embarking on family road trips, this flask delivers unwavering thermal performance.

Wash with warm water and a soft bottle brush. Use mild dish soap; avoid abrasive steel wool pads.

Storage: Store dry with the cap loosely threaded to keep interior fresh.
Important: Pre-condition with hot or cold water for 5 minutes before filling to maximize thermal retention.