Stainless steel environmental protection material. Paul Ice insulation effect up to 12 hours.
**US HYDY stainless steel insulation kettle. Seaside walk Limited**
HYDY vacuum thermos series observes the stringent quality control in line with the Swiss SGS safety standards. It is made using advanced 18/8 (304) stainless steel food-grade, non-BPA (BPA free) and other harmful substances, it will not have any chemical change, easy to clean and more resistant to corrosion, allowing you to drink healthy water without worries.
Excellent thermal insulation effect
Whether you are in your office, gym or enjoy the outdoors under the warm sunshine, double stainless steel bottle is designed for 12 hours hot thermal insulation and 24 hours cold thermal insulation, no matter in what kind of environment, you can enjoy cold or hot drinks.
Double-coated outer layer
Food-grade silicone is used to cover the outer layer, non-toxic plastic-free 100% recyclable, Featuring super cute Macaroon Color Design, non-slippery, anti-drop, allowing you to carry it easily and will not accidentally pour the content one. It also does not scratch the furniture surface. Bottle condensation never appears and will not make your hand wet, even you place it inside your bag will not make things wet.
Sixty billion plastic bottles each year are dumped into our oceans and landfills and this continues to pollute the environment, together with twenty thousand times of waster of water.
For now, carry a bottle with sense of design which is easy to use, let us save our Earth where we live and reduce waste of water and other resources.
When adding hot water, do not allow the hot tea bottle come in contact with the opening.
Avoid dropping or strong collision.
Make sure to keep it dry as residual water may cause leakage.
Do not put in oversized wash to avoid bottle deformation or breaking.
Capacity 20oz / 590ml
Product Sizes: 75 mm X 270 mm (diameter x height)
Thermos body: 18/8 (304) stainless steel
Cap: food grade PP polypropylene
Silicone Cover: silicone
Origin / manufacturing methods