Stainless steel water bottles are better for individuals of all ages.They’re BPA-free and don’t collect any odor or harmful bacteria.By using our single layer water bottle , you can prevent harmful carcinogens from leaching into your drinking water.

• Multi Purpose : For any occasion whether it be hiking, cycling, camping, gym or just to the office. No heat preservation function, be careful when adding hot water.
• Leak-proof : With a BPA-FREE well-designed perfectly fit-able bottle lid, this ensures bottle to remain leak-proof even though you shake or tipped it over.

Durable and Eco-friendly: Made from food grade steel, no chemicals nor metallic tastes.

• Wide Opening : Easy to clean the inner wall of the bottle and you can easily add in ice cubes, coffee, tea, warm drink or other beverage.

• Caution

• Confirm the cap is fixed properly after use, otherwise it would leak. • Don’t fill the bottle above the full-up limit point shown below. • Please do not steep any calciferous solution or carbonated drink into this water bottle to avoid rust. • Hand wash only, please clean with soft cloth or sponge.

• Warm Reminder

• Non-microwave • Dishwasher not recommended, it might damage the bottle paint. • Wash in hot water before your first use and wash in warm water after every use. • Confirm the cap is fixed properly after use, otherwise it would leak.

• Please Attention: ​Stainless steel can be attracted to magnets because it contains iron and nickel.

Stainless steel contains iron and nickel, both of which have magnetic properties and can be attracted to magnets. In particular, martensitic or ferritic stainless steel, which has a large amount of ferrite and pearlite in its internal structure, exhibits strong magnetic properties and can be attracted to magnets.

On the other hand, austenitic stainless steel, whose internal structure is mainly composed of austenite, is generally not magnetic and is not attracted to magnets. However, if austenitic stainless steel is subjected to severe cold processing or deformation (cold working deformation) during the production process, its internal structure may change and a small amount of martensite or ferrite may be formed, which gives it weak magnetic properties and can be attracted to magnets.

When 304 grade stainless steel is stretched, some of its internal structure may transform into martensite, causing it to exhibit weak magnetic properties and may be attracted to magnets.