Irregular diamond -shaped double wall 16 ounces of stainless steel accompanying cup strap strap glam camp

Irregular diamond -shaped double wall 16 ounces of stainless steel accompanying cup strap strap

Introduce:

The irregular diamond-shaped double wall 16 ounces of stainless steel accompanying cup strap strap is a great choice for anyone looking for a highly durable and stylish cup. It keeps drinks hot or cold while also being non-toxic and BPA free. Its modern design makes it an ideal accessory for any home, office, or outdoor activity. Additionally, its light weight and easy to carry handle makes it the perfect companion on any journey.

Material:	Stainless steel, metal
Features:	Sustainable
Type:	Tumbler
Size:	Customized
Design style:	Classic

Information

Model	-	Drinking type	Tumbler
Scenes	Travel	Material	Stainless steel, metal
Features	Sustainable	Color	Customized color
Size	8oz, 12oz, 14oz, 16oz	Certificate	LFGB, food grade
Sign printing	Silk printing, laser, pressing flowers	Volume	Customized

Features and price of 30oz Tervis stainless steel black yeti tumblers

The 30oz Tervis stainless steel black yeti tumbler is the perfect blend of style and functionality. Featuring double-wall vacuum insulation that can keep your beverages hot or cold for hours, this premium tumbler has virtually no conductivity which means that your drinks won't taste like metal.

Its condensation-free design ensures you have a secure grip with no need for additional accessories! Plus, despite its luxurious construction, it's surprisingly affordable with a price tag of around $35. Check out the 30oz Tervis stainless steel black yeti tumbler – it's an amazing bargain and suits any budget!

The irregular diamond-shaped double wall construction provides exceptional thermal insulation, keeping your beverages hot or cold for extended periods. Whether you're enjoying a piping hot coffee on your morning commute or sipping a refreshing cold drink during outdoor activities, this accompanying cup ensures that your favorite beverages stay at the perfect temperature.