Kambukka Olympus Insulated Water Bottle, 500ml - Pomegranate
Kambukka Olympus Insulated Water Bottle, 500ml - Pomegranate
Kambukka Olympus is a insulated bottle with a handy switch lid: push to drink and push to close. Not only does it keep your drink hot for 10 hours or cold for 20 hours, it also prevents it from leaking. With Olympus, logic is queen and simplicity is king. Its switch lid assures a smooth drinking experience and the clever design makes sure your activities don’t get interrupted by a leaking bottle.
- Vacuum insulated 18/8 stainless steel, keeps your drink hot for 10 hours or cold for 20 hours
- Switch lid: Push the button to drink and push it again to close the lid.
- Snapclean® technology allows you to remove the inner mechanism in one piece for easy cleaning
- All parts of the lid is dishwasher safe
- Lid is compatible across all Kambukka bottles
- Lid is resistant to high temperatures
- BPA free
- Leak proof
- Bottom pad
*Below video features Kambukka Olympus bottles. Refer to product image above for the Olympus model design you will receive.
Specifications
- H.: 20.2 cm
- H without lid: 18.2 cm
- Ø widest point: 7.1 cm
- Capacity: 500ml
Click here for care instructions.
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SWITCH LID With the switch lid, logic is queen and simplicity is king. Push the button to drink and push it again to close the lid. Don’t think, just drink! |
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SNAPCLEAN®: JUST PINCH AND PULL How to make sure not a single drop of tea, coffee or sports drink stays behind when you clean your bottle? We’ve got it covered. Thanks to our patent pending Snapclean® feature you just pinch and pull to remove the inner mechanism in one piece. By the way, all our lids are dishwasher safe. Easy!
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Mix and Match with any Kambukka bottle! Do you like your drinks icy cold on those hot summer days? Just combine your thermal mug with the lid of your water bottle as you can mix and match our bottles and lids and customise your perfect drinking experience. Don’t worry about your hot drinks either, by the way. All Kambukka lids are resistant to high temperatures. |
