Product Specifications

The sieve configuration can be selected according to the required particle size range, testing method and laboratory equipment.

Item	Specification
Standard	ASTM E11-24
Sieve Type	Woven Wire Test Sieve
Diameter	75 mm / 100 mm / 200 mm / 300 mm
Material	Stainless Steel / Brass
Sieve Grade	Compliance / Inspection / Calibration
Application	Particle Size Analysis and Material Classification

Available specifications may vary according to the required testing application and configuration.

Why Choose This Test Sieve?

01. Controlled Aperture The woven wire mesh provides defined openings for separating particles according to size.	02. ASTM E11 Configuration Suitable sieve configurations can be selected according to applicable ASTM E11 testing requirements.
03. Multiple Materials Stainless steel and brass configurations can be selected according to the application.	04. Multiple Sieve Grades Compliance, Inspection and Calibration grades are available for different laboratory requirements.

What Is an ASTM E11 Test Sieve?

An ASTM E11 test sieve is a laboratory sieve manufactured with woven wire mesh and a suitable frame for particle size analysis and material classification.

ASTM E11-24 defines requirements related to woven wire test sieve cloth, sieve construction, frame dimensions and inspection procedures.

During sieve analysis, a sample is placed on a stack of sieves with different openings. Larger particles remain on the upper sieves while smaller particles pass through the mesh and are collected on lower sieves or a receiving pan.

ASTM E11 Sieve Sizes and Apertures

The sieve designation and nominal aperture are important when selecting a laboratory sieve. The correct size should be selected according to the applicable test method and expected particle size.

ASTM E11-24 covers nominal sieve cloth aperture sizes from 125 mm down to 20 um. Common laboratory sieve designations include No. 4, No. 10, No. 20, No. 40, No. 60, No. 100 and No. 200.

Sieve Designation	Nominal Opening
No. 4	4.75 mm
No. 10	2.00 mm
No. 20	850 um
No. 40	425 um
No. 60	250 um
No. 100	150 um
No. 200	75 um

Sieve Grades for Laboratory Testing

Different sieve grades are available according to the level of verification required by the laboratory.

Grade	Typical Purpose
Compliance	Routine testing where basic conformity is required
Inspection	Testing where inspection information is required
Calibration	Applications requiring higher measurement confidence

How to Choose the Right Sieve？

01. Choose the Aperture

Select the aperture according to the expected particle size and the applicable testing method.

02. Choose the Sieve Diameter

Select a diameter that matches the sample quantity and compatible laboratory sieve shaker.

03. Choose the Material

Stainless steel is commonly selected for durability and corrosion resistance, while brass may be suitable for specific laboratory applications.

04. Choose the Sieve Grade

Select Compliance, Inspection or Calibration grade according to the required testing and verification level.

Laboratory Applications

Food Flour, grains and food powders	Pharmaceutical Powders and raw materials	Chemical Chemical powders and materials
Mining Minerals and granular materials	Research Laboratory particle testing	Quality Control Material classification

Frequently Asked Questions

What is ASTM E11-24?

ASTM E11-24 specifies requirements for woven wire test sieve cloth, sieve construction, frame requirements and inspection procedures.

What sieve aperture should I choose?

The aperture should match the required particle-size range and applicable testing method. If a test method specifies a sieve designation, that designation should be used.

What sieve diameter is available?

Common laboratory diameters include 75 mm, 100 mm, 200 mm and 300 mm, depending on the required configuration.

Which sieve grade should I choose?

Compliance, Inspection and Calibration grades can be selected according to the laboratory testing and verification requirements.

What information is needed for a quotation?

Provide the required sieve designation or aperture, diameter, material, sieve grade, quantity and application. This information helps determine the appropriate configuration.