KeepCup Thermal Quicksip OXFORD BLUE 177 ml

27 points to the loyalty system

The world's first eco-friendly reusable, barista friendly mug. The blue stainless steel KeepCup in XS size keeps your drink warmer for longer thanks to the double wall, making it the ideal travel companion. More

Product code: 6768 Shipping and payment

27 € incl. VAT

Product code: 6768 Shipping and payment

Description
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KeepCup Thermal Quicksip in blue

✔️ quality material made of electro-polished 18/8 stainless steel
✔️ double vacuum insulated wall helps maintain temperature
✔️ transparent lid and stylish minimalist design
✔️ no unwanted taste colouring
✔️ BPA-free
✔️ 177 ml capacity

Recycled double wall thermos

KeepCup thermo cups are designed to replace disposable cups. The Thermal version has the added ability to keep your drink warm even longer. They are made of electro-polished stainless steel, which is the most recycled material in the world.

Recycled materials were used to make the Keepcup, and the Australian brand 's thermal cups became the first to be used for takeaway coffee in cafes.

The parts of the Keepcup fit together beautifully, but it is not waterproof and cannot be placed in a backpack with your drink. However, in a car holder or on the go, it will be the perfect companion.

Parameters

Colour
Material	Stainless steel
Volume	177 ml
Features of the thermo mug	Double-walled insulation, Thermo mug, Suitable for the car, Suitable for stroller
Height (cm)	9
Width (cm)	5
Depth (cm)	5

Colour
Material	Stainless steel
Volume	177 ml
Features of the thermo mug	Double-walled insulation, Thermo mug, Suitable for the car, Suitable for stroller
Height (cm)	9
Width (cm)	5
Depth (cm)	5

Coffee thermos test. The best thermo mug that doesn't leak?

Coffee to go? Only in your cup! For those who take their coffee with them from home and those who pick it up at the café on the way. Either way, it tastes best from your own reusable coffee cup or thermos. To help you choose yours, we've put our travel coffee mugs to the test for both temperature stability and leakage.