12" (30cm) Full 304 Stainless Steel Lab Sieve, 1000 Mesh (0.015mm) Sifter

12" (30cm) Full 304 Stainless Steel Lab Sieve, 1000 Mesh (0.015mm) Sifter

• FULL 304 STAINLESS STEEL MATERIAL -- Crafted from 304 Stainless Steel for both the frame and the wire mesh. This Full 304 Stainless Steel Lab Sieve is non-reactive, high-temperature resistant, and corrosion-resistant, ensuring long-term reliability in harsh environments.
• 12" (30CM) LARGE CAPACITY LAB SIEVE -- The 12" (30cm) diameter provides an expanded sifting surface, with over 2.25x the area of standard 8-inch sieves and 9x that of 4-inch sieves. It increases efficiency for soil sifting, aggregate analysis, and fine powder processing for industrial and scientific applications.
• FOOD GRADE & DISHWASHER SAFE -- The Full 304 Stainless Steel construction is a food-grade screen mesh and dishwasher-safe sifter. It is heat-resistant, ensuring effortless cleaning and maintenance after demanding laboratory or industrial sifting tasks.
• MACHINE-TENSIONED MESH & REINFORCED DESIGN -- Equipped with machine-pressed, drum-tight mesh and an oblique bracing structure for superior stability. This design supports heavy load-bearing capacity and prevents sagging or deformation during intensive industrial sifting and chemical research.
• MIRROR POLISHED & PRECISION LASER MARKING -- Mirror-polished surface and laser-welded seamless joints prevent material residue and particle buildup for easy cleanup. Laser-engraved identification replaces traditional labels, ensuring the mesh size remains clearly visible and will not fade or peel after long-term use.
• 42 VERSATILE MESH SIZES FOR CHOICE -- An extensive selection of 42 mesh sizes is available, ranging from coarse 3 mesh to ultra-fine 2800 mesh. This includes a comprehensive series of test sieves and matching 304 Stainless Steel pans and lids to meet all particle size analysis requirements.
• WIDE APPLICATION -- This Full 304 Stainless Steel Lab Sieve is built for industrial, scientific, and laboratory environments. It is ideal for high-precision grading and separation in geology, construction, chemical processing, and scientific research.