Bottom Sieve Insert for Cross Beater Mill, 0.35mm Trapezoidal

Fritsch Cross Beater Mill Bottom Sieve Insert, 0.35mm Trapezoidal (Stainless Steel 316L)

Achieve precise and efficient sample preparation with this high-quality 0.35mm Trapezoidal Bottom Sieve Insert, specifically designed for seamless integration with the Fritsch Cross Beater Mill. These essential sieve inserts play a critical role in defining the final fineness of your milled samples, offering a versatile range from 120µm up to 10mm, depending on the material's properties and the chosen sieve.

Trapezoidal sieve inserts, like this 0.35mm model, are engineered for optimal performance when processing medium-hard to soft materials. Their unique trapezoidal opening design facilitates faster throughput and efficient size reduction, making them ideal for applications requiring quick processing and moderate fineness. For different applications, round openings are also available, catering to brittle materials that benefit from a more uniform particle size distribution.

A general rule of thumb for optimal milling is that the finer the desired final fineness, the smaller the sieve perforations should be. Conversely, larger openings will typically lead to faster material throughput and reduced wear on the milling components. All Fritsch bottom sieve inserts, including this 0.35mm trapezoidal variant, are meticulously constructed from robust and corrosion-resistant stainless steel 316L, ensuring longevity and reliability even with demanding samples.

Key Features & Benefits:

• Precision Fineness Control: Directly determines the final particle size of your milled material, ensuring consistent and reproducible results.
• Optimized for Efficiency: The trapezoidal opening design is specifically tailored for faster milling of medium-hard to soft samples.
• Durable Construction: Made from high-grade stainless steel 316L, offering excellent corrosion resistance and extended operational life.
• Quick-Change Design: The bottom sieve can be swiftly removed and replaced without the need for additional tools, minimizing downtime between sample runs.
• Broad Application Range: Suitable for a wide array of laboratory, research, and industrial applications requiring precise particle size control in milling processes.