Why you need this sifter: produces consistently light, lump flour so doughs and batters mix more evenly, improving texture and reducing troubleshooting during proofing and baking. Precise 60 mesh screen: fines out lumps and aerates flour for sourdough, cakes, cookies and other baking needs while maintaining the right consistency for delicate recipes. Built to last: heavyduty stainless steel construction resists rust and corrosion for extended use in busy kitchens; solid frame and mesh retain shape under frequent handling. Large 11 in / 28 cm capacity: volume sifting lets you process bigger batches quickly — ideal for family baking, classes, or commercial prep — saving time and cutting repetitive effort. Consistent performance: fine, even sifting produces predictable results across recipes so you get uniform crumb, rise, and texture every batch. Versatile kitchen tool: useful beyond baking — strain soybean milk, sift dried herbs and spices, and remove fibers or seeds from purees; one durable tool covers multiple tasks. Easy to integrate: works with all common flours and dry ingredients used in home and professional kitchens; the size and mesh make it compatible with large bowls and mixing setups. Use scenarios 1) Sourdough baking: Sift 1–2 cups of flour through the 60 mesh before mixing to remove clumps and incorporate air for a more consistent starter and dough structure. 2) Large batch preparation: When preparing multiple cakes or cookies, the 11 in / 28 cm sifter processes larger quantities at once, cutting sifting time and keeping your workflow efficient. 3) Nonbaking tasks: Pour fresh soybean milk or strained fruit purees through the mesh to remove particulates, or gently sift dried herbs for even seasoning distribution. Specifications Mesh: 60 Material: Heavyduty stainless steel (rust and corrosionresistant) Size: 11 in / 28 cm Designed for repeatable, quality results in both home and professional kitchens, this sifter delivers reliable aeration, efficient volume handling, and practical versatility without added complexity.