Go Back

Tea Infuser Stainless Steel 2Pcs
Contact for a quote
Product Dimensions (inch): 3.5L x 1.77W
Product Dimensions (cm): 8.89L x 4.5W
Product Weight (kg): 0.03
Product Weight (lb): 0.066
Product Volume (cubic inches): 9.71
Product Volume (cubic meters): 0.000159
Packaging Dimensions (inch):
Packaging Dimensions (cm):
Packaging Weight (kg):
Packaging Weight (lb):
Product Dimensions (cm): 8.89L x 4.5W
Product Weight (kg): 0.03
Product Weight (lb): 0.066
Product Volume (cubic inches): 9.71
Product Volume (cubic meters): 0.000159
Packaging Dimensions (inch):
Packaging Dimensions (cm):
Packaging Weight (kg):
Packaging Weight (lb):
More Details
Premium Tea Infuser: The Ultimate Solution for Loose Leaf Tea Brewing Crafted from high-quality 304 stainless steel, this tea infuser offers exceptional durability and long-lasting performance, making it an ideal choice for commercial tea operations. Its innovative design features a practical hook and extended chain, allowing for easy placement and retrieval from cups or teapots, ensuring efficient workflow in busy establishments. The mesh tea filter provides optimal infusion, allowing full flavor extraction from loose leaf teas and spices while preventing leaves from escaping into the brew. Unlike disposable tea bags, this reusable infuser delivers a superior tea experience with enhanced flavor and aroma, perfect for discerning customers who appreciate quality tea. Simple to use and clean, the infuser can be quickly rinsed after use and dried for immediate reuse, minimizing preparation time in commercial settings. Its versatile design makes it suitable for various applications, from high-end restaurants and cafes to specialty tea shops and hotels, offering a professional solution for serving premium loose leaf teas. This tea infuser presents an excellent opportunity for independent tea brands and tea import/export businesses to enhance their product offerings with a high-quality, reusable brewing accessory that elevates the tea drinking experience while reducing environmental impact compared to single-use alternatives.zq20260204084101



