The Retsch Analysing Sieve, 200 x 50 mm, ASTM E 11 600 µm, 30 Mesh, is designed for high-precision material analysis in laboratory settings. This sieve meets ASTM E 11 specifications, providing reliable particle size separation and efficient analysis. Ideal for materials that require a coarse separation, it ensures durability and accuracy during testing.
Key Features:
Brand: Retsch
Size: 200 x 50 mm with a mesh size of 600 µm
Standard: Conforms to ASTM E 11 specifications
Material: High-quality construction for long-lasting performance
Application: Suitable for material separation and analysis in laboratory environments
The Retsch Analysing Sieve is a must-have for laboratories that require precise material analysis and reliable separation of particles.
Frequently Asked Questions
1. What is the Retsch Analysing Sieve, 200 x 50 mm, ASTM E 11 600 µm, 30 Mesh used for?
It is designed for high-precision material analysis in laboratory settings. This sieve meets ASTM E 11 specifications, providing reliable particle size separation and efficient analysis. Ideal for materials that require a coarse separation, it ensures durability and accuracy during testing.
2. Is this product suitable for material separation and analysis in laboratory environments?
Yes. It is designed for material separation and analysis in laboratory environments, and offers 200 x 50 mm with a mesh size of 600 µm to support this kind of work.
3. What size does this product have?
It has 200 x 50 mm with a mesh size of 600 µm.
4. What is this product made from and what features does it include?
It is made from high-quality construction for long-lasting performance. It also offers conforms to ASTM E 11 specifications, previously unattained product quality owing to advanced manufacturing processes and continuous optical inspection and high quality joining technology guarantees permanently taut wire mesh.
It is designed for high-precision material analysis in laboratory settings. This sieve meets ASTM E 11 specifications, providing reliable particle size separation and efficient analysis. Ideal for materials that require a coarse separation, it ensures durability and accuracy during testing.
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