Rice Husk Keep Cup 400ml

Huski Rice Husk Keep Cup 400ml - Rose
Huski Home 400ml Keep Cup Rice Husk - Rose Hand
Huski Home 400ml Keep Cup Rice Husk - Rose Sand
Huski Home 400ml Keep Cup Rice Husk - Rose
Huski Home 400ml Keep Cup Rice Husk - Duck Egg
Huski Home 400ml Keep Cup Rice Husk - Pistachio Rise
Huski Home 400ml Keep Cup Rice Husk - Pistachio
Huski Home 400ml Keep Cup Rice Husk - Rose Coffee

Insulated to keep your drinks hot or cold for 90mins. Light enough to carry with you where ever you go, with leakproof lid!

£9.99

Huski Rice Husk Keep Cup 400ml - Rose
Huski Rice Husk Keep Cup 400ml - Duck Egg
Huski Rice Husk Keep Cup 400ml - Pistachio
  • Twin wall insulation keeps contents hot or cold for 90mins
  • Lightweight and very portable
  • Large size for a large cuppa
  • Splash proof flip lid & non slip base
  • Made from recycled rice husk

£9.99

and UK delivery of £3.20
(or FREE Delivery on orders over £45.00)
In Stock. Order now for UK delivery with estimated arrival 4th Jul - 6th Jul
Description

These surprisingly lightweight keep cups are lovely to the touch. They feel earthy and natural as they’re made from rice husks that would otherwise be destined for waste.

These mugs are twin walled not only keeping your drink hot or cold for up to 90mins, but also insulating your hand from the drink’s temperature.

They feature a flip lid to prevent splashing and spilling and a breathe hole for comfortable drinking.

These cups are non-toxic, BPA and silicone free. The cup and lid are made from recycled rice husk. The flip lid is made from a plant based polypropylene, and both cup and lid are biodegradable. The small foam non slip mat on the base of the cup is not biodegradable.

Volume 400ml
Size: 15.7 x 8.8 x 8.8cm

Insulated
Keeps your drinks hot or cold for 90mins
Lightweight

Lightweight

Weighs nearly nothing, so take with you whereever you go!
From Huski Home
We think it’s fair to say that we’re all worried about the planet. We’re all thinking of ways we can help protect the environment and keep climate change under control for future generations.