200mm Frame ISO 3310-1 Laboratory Test Sieves

200mm Frame ISO 3310-1 Laboratory Test Sieves

CANTROL 200mm Frame ISO 3310-1 Laboratory Test Sieves are engineered for precise and repeatable particle size analysis. Manufactured according to ISO 3310-1, these sieves ensure accurate, standardized results for aggregates, soils, powders, and other granular materials used in laboratory testing.

Design and Construction

Each test sieve is manufactured to deliver long service life, dimensional stability, and consistent performance.
Key construction features include:

• 200 mm standardized frame diameter

• Corrosion-resistant stainless steel frame

• Stainless steel woven wire mesh or perforated metal (depending on aperture size)

• Smooth, seamless frame to minimize material loss and simplify cleaning

• Reinforced rim to maintain roundness and prevent deformation

Dimensional Accuracy and Standard Compliance

These sieves comply fully with ISO 3310-1 for metallic wire test sieves, ensuring:

• Precise control of mesh aperture size and wire thickness

• Accurate and repeatable sieve openings

• Uniform open area for consistent results

• Reliable compatibility with laboratory sieve shakers

• High-quality manufacturing inspection for traceability

Available Aperture Sizes

CANTROL 200mm test sieves are offered in a wide range of openings for both coarse and fine particle analysis.

Typical aperture categories:

Coarse openings (aggregates):
63 mm, 50 mm, 31.5 mm, 20 mm, 10 mm

Medium openings (sand and fine aggregates):
4.75 mm, 2 mm, 1 mm, 500 µm, 250 µm

Fine openings (powders and precision grading):
212 µm, 150 µm, 125 µm, 106 µm, 75 µm

Each sieve is clearly labeled with aperture size and standard reference for easy lab identification.

Compatibility With Sieve Shakers and Accessories

These 200mm test sieves function seamlessly with all CANTROL sieve shakers and accessories, including:

• Sieve lids and pans

• Mechanical or electromagnetic sieve shakers

• Manual hand-sieving setups for small samples

The Standardized frame design ensures secure stacking and stable clamping during testing.