Sieve Ring for Fritsch Speed Rotor Mill, 0.2mm Trapezoidal Perforation

Fritsch Variable Speed Rotor Mill Sieve Ring (0.2mm, Trapezoidal Perforation): Achieve Precise Particle Sizing

The Sieve Ring is an indispensable component for the Fritsch Variable Speed Rotor Mill, playing a critical role in defining the final fineness and homogeneity of your milled samples. This specific 0.2mm sieve ring features trapezoidal perforations, engineered for optimal performance with a diverse range of materials.

Key Features & Benefits:

• Precision Particle Control: These sieve rings determine the maximum particle size of the milled material, ensuring consistent and reproducible results vital for analytical applications and downstream processing.
• Exceptional Durability: Constructed from extremely durable, low-wear 316L stainless steel, the sieve ring offers superior longevity and chemical resistance. This robust material is ideal for rigorous laboratory use, maintaining integrity even with abrasive or corrosive samples.
• Versatile Application: Suitable for all standard milling applications, including medium-hard, soft, brittle, and fibrous substances. Examples include plastics, grains, pharmaceuticals, chemicals, and textiles.
• Optimized Perforation Design:
  • Trapezoidal Perforations (0.2mm): Ideal for medium-hard to soft samples, these unique perforations provide an additional shearing effect, actively cutting and reducing material size more efficiently to achieve a finer, more consistent end product.
  • Square Perforations: Best suited for brittle materials, offering larger throughput and minimizing sample residue for quicker milling.
  • Round Perforations: Also for brittle materials, these are designed to produce a very narrow particle size range, critical for high-precision applications.
• Seamless Integration: A Sieve Ring, alongside an Impact Rotor, is required for the operation of the Fritsch Variable Speed Rotor Mill, forming a synergistic system for maximum milling efficiency.
• Wide Size Range: Available in various sizes from 0.08mm to 6mm to meet diverse analytical and sample preparation requirements.

By selecting the appropriate sieve ring, you can ensure precise fineness control, optimize milling speed, and achieve the particle characteristics necessary for your specific research or quality control needs.