Features:
1.High Quality and Safe: The handle is made Of durable, Silicone and the strainer is high-grade stainless steel mesh tea cup. It is safe and non-toxic, resistant to cold and heat which guarantee your healthy life.
2.More Practical and Eco-friendly: The holes allow the water to move through the tea leaves but keeps most of them in the steel ball and out of your cup so you don't have too many leaves in the bottom of your cup. Reduce waste of disposable tea filters.This environmental friendly loose tea steeper makes our planet a more sustainable home to live.
3.Easy to Use: Simply twist the top to open and close it. Easy to clean，just rinse with tap water or throw it in your dishwasher, no tea stain will be left on the surface. Unique HANGING DESIGN makes it possible to hang on cups & mugs of different sizes. (Please make sure that the tea strainer is boiled for at least 5 minutes when you first use it)
4.Cute Design: Adorable umbrella tea infuser is great for someone who drinks loose leaf tea almost every day. It's a good size, the holes are quite small so very little of the tea leaves escape. Everyone can choose their own blend and cute tea infuser and enjoy the taste and aroma of their favourite gourmet loose leaf tea.
5.Perfect Gift For Tea Lovers: Buy one for you and one for a friend. This umbrella tea infuser makes a great gift for all occasions such as dinner party, housewarming party, Mother's Day Gift, Christmas stuffer, anniversary or in any other situation where everybody else brings a bottle of wine or a flower.
Specification:
100% brand new quality.
Item Name:Umbrella tea drain silicone stainless steel tea separator
Material:Stainless steel 304
Color: As the picture shows
Size:11cm/4.33in*6cm /2.36in
Quantity:1pcs
Package includes:
1pcs Umbrella tea drain silicone stainless steel tea separator
Note:
1.Due to the different monitor and light effect, the actual color of the item might be slightly different from the color which is showed on the pictures.
2.Please forgive 1 cm/0.39"-3 cm/1.18" measuring deviation due to manual measurement.