Test Sieve
8 Inch ASTM Test Sieve with 302 Grade Stainless Steel Frame and Wire Mesh
- ASTM test sieves for particle size analysis
- Designed for reliable and repeatable particle size testing
- 8 inch diameter sieve format
- Precisely manufactured openings support consistent separation
- Suitable for agriculture, industrial, laboratory and quality control applications
- Available across coarse to fine mesh sizes
- Supplied mesh range includes 4 mesh to 500 mesh
- Material details list stainless steel wire mesh and stainless steel 302 options
- Useful for grading powders, granules, soil, aggregates and dry sample materials
- Confirm mesh size, aperture, frame material and standard requirement before ordering
From AUD 159.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
ASTM Test Sieve, 4 Inch, 304 Frame with 316 Mesh
- ASTM test sieve for detailed particle size analysis
- 4 inch diameter format, listed as 101.6 mm
- Frame made from 304 grade stainless steel
- Mesh made from 316 grade stainless steel
- Designed for reliable particle separation and classification
- Suitable for exact mesh analysis, testing and measuring
- 316 stainless steel mesh supports corrosion resistance
- 304 stainless steel frame supports durable routine handling
- Useful for powder-form materials and particulate samples
- Suitable for laboratories, pharmaceuticals, food, mining and construction
- Confirm required mesh size and aperture before ordering
- Use according to the approved laboratory or testing method
From AUD 89.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
ASTM Test Sieves, 316 Stainless Steel, 8 Inch
- ASTM test sieves for detailed particle size analysis
- 8 inch diameter format, listed as 200 mm
- Frame and mesh made from stainless steel grade 316
- Designed to comply with ASTM test sieve requirements
- Suitable for precise mesh analysis and particle classification
- Heavy-duty stainless steel construction supports durability
- 316 stainless steel provides improved corrosion resistance
- Useful for powder, granule and particulate material testing
- Suitable for laboratories, pharmaceuticals, food, metallurgy and mining
- Also suitable for construction industry and quality control workflows
- Confirm required mesh size and aperture before ordering
- Use according to the approved laboratory or testing method
From AUD 234.90 (Ex GST)
This product has multiple variants. The options may be chosen on the product page
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The 8 Inch Test Sieve with 304 Grade Stainless Steel Frame and Wire Mesh is designed for separating and classifying powders, grains, aggregates and other compatible particulate materials by particle size. It can be used individually or combined with additional sieves to create a stacked sieve analysis setup.
During testing, the sample is placed on the wire mesh and moved manually or with a compatible sieve shaker. Smaller particles pass through the mesh openings, while larger particles remain above. The selected mesh aperture determines the particle fraction being separated, so the required opening size should be confirmed before ordering.
The 304 stainless steel frame provides a durable, corrosion-resistant structure for routine laboratory and quality control work. Before each test, the mesh should be checked for damage, blockage or distortion, and the sample quantity should remain suitable for the sieve diameter and test method.
ISO 3310-1 covers the technical requirements and testing of metal wire cloth test sieves. ISO 2591-1 outlines the general principles of test sieving, including equipment, procedure and reporting. ASTM E11 covers woven wire sieve cloth and the design and construction of test sieves. These standards should only be presented as confirmed product compliance where manufacturer documentation is available.
For LabChoice Australia customers, this 8 Inch Test Sieve provides a practical option for research laboratories, construction material testing, soil analysis, education, manufacturing and routine particle-size quality control.