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Test Sieves

Achieve exceptional precision in particle size analysis and separation with AlliedChemi's comprehensive range of high-quality test sieves. Designed as essential instruments for sample preparation, laboratory research, and quality control, these test sieves ensure accurate, repeatable, and standardized particle distribution measurements. Manufactured by industry-leading brands like Retsch, our selection guarantees optimal stability, durability, and compliance with stringent laboratory standards.

Different Types Available 

Our catalog features a diverse array of test sieves tailored to meet various analytical scales and material requirements:

  • Varying Mesh Sizes: Available in a wide spectrum of apertures ranging from ultra-fine micro-mesh sizes (such as 50 µm, 53 µm, and 425 µm) to coarser dimensions (including 1.00 mm, 3.15 mm, 5.60 mm, 8 mm, 9 mm, 10 mm, and 16 mm).
  • Standard Diameters: Offered in standard frame dimensions, primarily Ø 200 mm, ensuring seamless compatibility with standard laboratory sieve shakers.
  • Premium Material Construction: Fabricated using high-grade stainless steel for both the frame and the mesh cloth, providing superior corrosion resistance, easy cleaning, and long-term structural integrity.

Typical Applications 

Test sieves are vital across multiple research sectors and industries for separating, classifying, and determining the grain-size distribution of solid materials. Typical applications include:

  • Chemical & Pharmaceutical Industry: Analyzing raw powders, active pharmaceutical ingredients (APIs), granules, and excipients to guarantee uniformity and product safety.
  • Food & Agriculture: Quality testing of grains, flour, seeds, coffee beans, and processed food powders.
  • Construction & Geotechnical Engineering: Grading soil, sand, aggregates, cement, and minerals to meet structural engineering standards.
  • Environmental & Material Science: Evaluating plastics, pellets, ashes, and environmental soil samples during research and sample preparation phases.