The stainless steel test sieve can be configured according to ASTM E11, ISO 3310-1, and other applicable requirements. The selected diameter, aperture, construction, and verification level should match the required test method.

For detailed information about ASTM sieve numbers and apertures, see our ASTM E11 Standard Test Sieve guide.

The frame is supplied in AISI 304 stainless steel, while the woven wire mesh is available in AISI 304 or AISI 316.

Material selection should be based on sample composition, cleaning conditions, and corrosion exposure.

Available mesh openings range from 5 μm to 125 mm. Select the nominal aperture according to the target particle-size range and applicable test method.

Common ASTM Sieve Numbers and Nominal Apertures

Custom mesh openings are available for specified apertures outside the standard configuration.

Available diameters range from 75 mm to 450 mm.

Select the sieve according to the required standard, aperture, diameter, frame height, mesh material, and verification level.

Recommended Configuration by Requirement

Standard Selection

Confirm whether the test method specifies ASTM E11, ISO 3310-1, AASHTO M 92, or another requirement.

Mesh Opening and Diameter Selection

Choose the aperture according to the target particle-size range. Match the sieve diameter with the sample volume and the clamping or stacking dimensions of the sieve shaker.

Stainless steel test sieves can be configured for dry or wet sieving according to the sample and test method.

For related equipment, see Wet Sieving Sieve Shaker.

Sieve diameter should match the clamping and stacking configuration of the selected shaker.

Confirm the sieve diameter against the specific shaker model before ordering.

Serial numbers can be used to associate the sieve with its production and inspection records.

Stainless steel and brass are both used for test sieve construction. Selection depends on the sample, cleaning conditions, sieve size, and applicable testing requirements.

The stainless steel frame is formed and finished for consistent dimensions, while the wire mesh is tensioned and soldered to the frame.

Quality inspection can include dimensional, roundness, and mesh-opening checks. Serial-number traceability is available for the relevant verification level, with inspection or calibration documentation provided according to the selected service.

What is a stainless steel test sieve used for?

A stainless steel test sieve is used to separate and classify particles by size during laboratory particle size analysis and quality control testing.

Can stainless steel test sieves meet ASTM E11 requirements?

The sieve can be configured according to ASTM E11 requirements. The required diameter, aperture, construction, and verification level should match the intended test method.

What is the difference between 304 and 316 stainless steel test sieves?

The frame is AISI 304 stainless steel, while the mesh is available in AISI 304 or AISI 316. Selection depends on the sample and operating conditions.

How do I choose the right mesh opening?

Select the nominal aperture according to the target particle-size range and applicable testing standard.

Are stainless steel test sieves suitable for wet sieving?

Yes. They can be configured for wet sieving when the sieve, mesh, and shaker are suitable for the sample and test conditions.

What is the difference between full-height and half-height test sieves?

Full-height sieves provide more internal space for the sample, while half-height sieves provide a more compact configuration.

Can inspection or calibration documentation be provided?

Yes. Compliance, inspection, calibration, master-matched, and batch-matching options are available according to the required verification conditions.