Sieve Insert for Universal Cutting Mill, 0.5mm Trapezoidal Perforation

Sieve Insert for Universal Cutting Mill with 0.5mm Trapezoidal Perforation

The Sieve Insert is a critical component for the Standard Universal Cutting Mill, designed to control the final particle size of the material being processed. These interchangeable inserts allow users to precisely adjust the fineness for a wide range of cutting and grinding applications.

Sieve inserts are offered with either trapezoidal or square perforations, each suited for different material types and desired outcomes.

• Trapezoidal Perforations: These are engineered to enhance the size reduction process through an additional shearing action. This makes them ideal for fibrous, tough, or elastic materials where a more aggressive cutting force is needed to achieve the desired fineness. The 0.5mm perforation size is excellent for creating a fine powder from such samples.
• Square Perforations: Best suited for grinding brittle, hard, or medium-hard materials, square perforations produce a more uniform particle size distribution. They are the preferred choice when consistency and a narrow size range are the primary goals.

Constructed from high-quality, durable stainless steel 316L, all sieve inserts offer excellent chemical resistance and longevity. A key design feature is the tool-free removal system, which allows for quick and easy interchangeability and simplifies the cleaning process, minimizing downtime between samples.

Features:

• Precise Size Control: Determines the final fineness of the ground material.
• 0.5mm Trapezoidal Holes: Provides additional shearing action for efficient size reduction of tough and fibrous materials.
• Tool-Free Operation: Can be easily removed and installed without the need for any tools, simplifying cleaning and maintenance.
• Durable Construction: Made of robust and corrosion-resistant stainless steel 316L for a long service life.
• Versatile Sizing: A wide range of sieve inserts are available, with perforations from 0.2mm to 10mm, to accommodate various application needs.