Mesh Snap Ball Tea Strainer with Handle Stainless Steel Loose Leafs Filter Multipurpose Fine Mesh Balls Filter Reusable Brewing Accessory Easy-Use Steeping Tool for Spices and Seasonings(5cm)

• Enduring Material: Made of quality stainless steel, sturdy rustproof, reusable for long time, reduce waste of tea bags, and suitable for many tea times
• Handle Shape Tea Infuser: Includes 1 piece tea infuser, suitable for all scenes . 4.5cm/5cm small size fits single cup/mug, ideal for personal use and office break. 6.5cm/7.5cm large capacity fits big teapot/soup pot, ideal for friends gathering
• User Friendly Design: Rivet connection is not easy to break, elastic handle design saves effort, comfortable non slip grip, accurate temperature control and anti scald, easy to take even with hot tea, convenient and stable for beginners
• Efficient Filtration: Ultra fine mesh design impurities effectively, no clogging no leaking, fully release tea flavor, smooth and mellow taste, suitable for green tea, pu'er, herbal tea and all loose tea
• Multi Use: Combining appearance and practicality, can also be used as spice ball, marinating bag, tea infuser for soup, stewed food, wine soaking etc. Silver stylish look fits modern home, ideal present for tea lovers

Parts List: 1 xSnap Ball Tea Strainer Description This stainless steel handle tea infuser has two sizes , rustproof , ultra fine filtering , anti scald handle , suitable for personal and tea making and cooking . Key Feature Two sizes for all scenes , quality rustproof stainless steel , ultra fine efficient filtration , humanized anti scald handle , for tea and cooking . Specification Material: 304 Stainless Steel Size(optional): Style 1: 4.5x4.5x16cm / 1.77x1.77x6.29in Style 2: 5x5x16.5cm / 1.96x1.96x6.49in Style 3: 6.5 x 6.5 x 18 cm / 2.55 x 2.52 x 7 in Style 4: 7.5 x 7.5 x 19 cm / 2.95 x 2.95 x 7.4 in Notes: 1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color. 2.Please allow slight dimension difference due to manual measurement.