The Retsch Analysing Sieve, 200 x 50 mm, 355 µm Mw. 45 Mesh, ASTM E 11, is engineered for efficient particle separation. This high-quality sieve is designed for laboratory material analysis, providing accurate results for medium-sized particle samples. With a 355 µm mesh size, it complies with ASTM E 11 standards, ensuring consistency and reliability in the testing process.
Key Features:
Brand: Retsch
Dimensions: 200 x 50 mm with 355 µm mesh size (Mw. 45 Mesh)
Standard Compliance: ASTM E 11
Material: Durable construction for long-lasting performance
Application: Suitable for medium-sized particle separation in laboratory testing
Packaging: Available individually
This sieve is a reliable tool for ensuring accurate material separation in laboratories that require ASTM E 11 standard compliance.
Frequently Asked Questions
1. What is the Retsch Analysing Sieve, 200 x 50 mm, 355 µm Mw. 45 Mesh, ASTM E 11 used for?
It is engineered for efficient particle separation. This high-quality sieve is designed for laboratory material analysis, providing accurate results for medium-sized particle samples. With a 355 µm mesh size, it complies with ASTM E 11 standards, ensuring consistency and reliability in the testing process.
2. Is this product suitable for medium-sized particle separation in laboratory testing?
Yes. It is designed for medium-sized particle separation in laboratory testing, and offers dimensions of 200 x 50 mm with 355 µm mesh size (Mw. 45 Mesh) to support this kind of work.
3. What dimensions does this product have?
It has dimensions of 200 x 50 mm with 355 µm mesh size (Mw. 45 Mesh).
4. What is this product made from and what features does it include?
It is made from durable construction for long-lasting performance. It also offers ASTM E 11, previously unattained product quality owing to advanced manufacturing processes and continuous optical inspection and high quality joining technology guarantees permanently taut wire mesh.
Cleaning laboratory glassware properly is essential for accurate, safe, and repeatable lab work. This guide explains how to remove stubborn residue from beakers, flasks, bottles, volumetric glassware, and other lab glassware, including grease, dried salts, biological residue, stains, and burnt deposits. It also covers safe cleaning methods, common mistakes, drying and storage tips, and when damaged glassware should be replaced.
Pipette calibration helps laboratories confirm that liquid handling results remain accurate, repeatable, and traceable. This guide explains how pipettes are calibrated to ISO 8655 standards, including gravimetric testing, environmental control, correct tip selection, volume testing, calibration records, and common mistakes to avoid. It also covers when to use in-house calibration and when an external calibration service may be more suitable.
A free molarity and dilution calculator covering four essential lab calculations: C1V1=C2V2 dilution (solve for any unknown), molarity from mass, mass from molarity, and serial dilution table generation. Includes worked examples, a concentration units guide and step-by-step preparation instructions for every result.
Free online buffer preparation calculator. Select your buffer system, enter target pH, concentration and volume, and get an exact lab-ready recipe with reagent masses and step-by-step instructions. Covers PBS, Tris-HCl, sodium phosphate, acetate, HEPES, MOPS and more.
Laboratory balances are essential weighing instruments used to measure samples, reagents, powders, chemicals and materials with accuracy and consistency. They are commonly used in research, education, quality control, pharmaceutical testing, food testing, industrial laboratories and general scientific workflows.