Retsch Test Sieve 200 x 50 mm, 32 µm

The Retsch Test Sieve 200 x 50 mm, 32 µm is a high-precision sieve designed for accurate particle size analysis in laboratories and industrial applications. Made from premium stainless steel, it ensures durability, consistency, and compliance with international standards.

Key Features:

• Brand: Retsch
• Diameter: 200 mm
• Height: 50 mm
• Mesh Size: 32 µm for fine particle separation
• Material: Stainless steel for enhanced longevity
• Precision Testing: Ideal for research, quality control, and material classification

Designed for reliable and repeatable particle analysis, the Retsch Test Sieve is an essential tool for laboratories focused on high-accuracy testing.

Frequently Asked Questions

1. What is the Retsch Test Sieve 200 x 50 mm, 32 µm used for?

It is a high-precision sieve designed for accurate particle size analysis in laboratories and industrial applications. Made from premium stainless steel, it ensures durability, consistency, and compliance with international standards.

2. Is the Retsch Test Sieve 200 x 50 mm, 32 µm suitable for accurate particle size analysis in laboratories and industrial applications?

Yes. It is designed for accurate particle size analysis in laboratories and industrial applications, and offers a diameter of 200 mm and a height of 50 mm to support this kind of work.

3. What diameter and height does the Retsch Test Sieve 200 x 50 mm, 32 µm have?

It has a diameter of 200 mm, a height of 50 mm and a mesh size of 32 µm for fine particle separation, and is supplied under manufacturer part number 60.

4. What is the Retsch Test Sieve 200 x 50 mm, 32 µm made from and what features does it include?

It is made from stainless steel for enhanced longevity. It also offers ideal for research, quality control, and material classification.

5. How does the Retsch Test Sieve 200 x 50 mm, 32 µm compare with the Fritsch Test Sieve, 200 x 50 mm Mesh Size 180 µm Stainless Steel, ISO 3310-1 from FRITSCH?

For accurate particle size analysis in laboratories and industrial applications, the Retsch model is the better choice, offering a diameter of 200 mm, a height of 50 mm and a mesh size of 32 µm for fine particle separation. The FRITSCH model offers a mesh size of 180 µm and dimensions of 200 mm diameter x 50 mm height as an alternative, while the Retsch model's ideal for research, quality control, and material classification help make it a strong fit for accurate particle size analysis in laboratories and industrial applications.