The Retsch Test Sieve, 200 x 50 mm, 1.00 mm Woven Wire Mesh, Stainless Steel, ASTM E11 is designed for particle size determination and fractionation using a nominal aperture of 1.00 mm. Its stainless steel frame holds the woven wire mesh under tension for routine laboratory sieving.
Key Features:
Brand: Retsch
Diameter: 200 mm
Height: 50 mm
Aperture Size: 1.00 mm
Sieve Surface: Woven Wire Mesh
ASTM Sieve Number: No. 18
Material: Stainless steel frame and wire mesh
Standard: ASTM E11
Identification: Individual laser engraving for traceability
Documentation: Test report supplied
Application: Particle size determination, separation and fractionation
Field of Application: Chemistry, pharmaceuticals, food, geology, metallurgy and construction materials
Feed Material: Powders, bulk materials and suspensions, according to the selected sieving method
Choose this 1.00 mm sieve when your test method specifies a 200 mm diameter, 50 mm height and ASTM E11 construction. The individually marked frame and supplied test report support identification and laboratory records.
Frequently Asked Questions
1. What is the Retsch Test Sieve, 200 x 50 mm, 1.00 mm Woven Wire Mesh, Stainless Steel, ASTM E11 used for?
It separates a sample into fractions according to whether particles pass through the 1.00 mm openings. Use it individually or in a suitable sieve stack for material classification and particle size analysis.
2. What are the dimensions of the Retsch Test Sieve?
The sieve has a 200 mm frame diameter and a 50 mm height. Its nominal aperture is 1.00 mm, equivalent to ASTM sieve No. 18. Match both the frame dimensions and aperture to your method and equipment.
3. What is the Retsch Test Sieve made from?
The frame and woven wire mesh are stainless steel. The frame provides stability during handling and sieve stack assembly.
4. Which standard applies to the Retsch Test Sieve?
This version is specified to ASTM E11. RETSCH supplies a test report; additional inspection or calibration documentation can be requested when required by your laboratory procedure.
It separates a sample into fractions according to whether particles pass through the 1.00 mm openings. Use it individually or in a suitable sieve stack for material classification and particle size analysis.
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