Handheld Nylon Fine Mesh Flour Sieve High Precision Filter Screen for Home Baking Daily Sugar Powder Raw Material Screening Processing Work

17cm Large Handheld Flour Sieve Grade Nylon Mesh Sieve With Hook And Anti Handle Baking Sugar Powder Filter Sieve
Features:
【 grade material, and 】: The sieve is made of grade nylon material, and the frame and handle are made of high-temperature PP material, which has no odor or chips. It is and to come into contact with flour, sugar powder, cocoa powder and other ingredients, and can be used for baking production with confidence.
mesh, finer sieving: The high-density and mesh can easily filter out lumps and impurities in flour, resulting in a and delicate powder that effectively avoids the grainy texture of cakes and cookies, making the baking taste softer and denser.
Ergonomic handle, easy to grip without slipping: equipped with anti silicone handle, to fit the hand shape, and can screen powder for a long time without tiring hands; The tail of the handle has a hanging hole, which can be hung for storage after use, drained of water, kept dry and , and does not take up kitchen .
【 Thoughtful hanging ear , more stable use 】: The sieve frame has small hanging ears on both sides, which can be directly clamped on of the bowl for use. When sieving powder, there is no need to hold it with hands, freeing up both hands and reducing powder spillage. The operation is more worry free, and even beginners can easily get started.
[Multi functional use, a must for kitchen]: It can not be used to bake sifted flour, sugar powder, matcha powder, but also be used to filter soybean , juice , clean vegetables, drain water, etc. It is a practical tool for home baking and daily cooking.
Product Description:
17cm large handheld flour sieve, grade nylon mesh sieve with hook and anti handle, baking sugar powder filter sieve
Note:
1. Due to different lighting and screen settings, the item color may be slightly different from the picture.
2. Due to different manual measurements, please allow a 1-2cm difference in size.