12-inch (305 mm) stainless steel sieve, 1/2 in US STD mesh, CISA
$ 8,288.00
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AISI 304 stainless steel classification sieve, 12-inch (305 mm) nominal diameter, 1/2-inch (12.70 mm) mesh opening in accordance with US STD standards.
Designed for granulometric separation operations of coarse-sized materials in mining, quarrying, and industrial processing applications. The high-strength stainless steel mesh retains particles ≥ 1/2" while allowing finer fractions to pass through.
Technical specifications: 304 stainless steel construction with superior resistance to corrosion in damp and harsh environments. 12" diameter frame compatible with standard laboratory and industrial sieving equipment. Uniform 12.70 mm mesh opening ensures precision in granulometric classification.
Applications: Stone aggregates, minerals, coal, clays, fertilizers, and construction materials. Complies with ASTM E11 and ISO 3310-1 specifications for metrological traceability.
Advantages: Extended durability in continuous sieving cycles, ease of cleaning and maintenance, and reproducible precision in particle size analysis.
12-inch (305 mm) stainless steel sieve, 1/2 in US STD mesh, CISA
$ 8,288.00
Pickup available at Testmark & MBZ, Company S.A de C.V
Usually ready in 2-4 days
Designed for granulometric separation operations of coarse-sized materials in mining, quarrying, and industrial processing applications. The high-strength stainless steel mesh retains particles ≥ 1/2" while allowing finer fractions to pass through.
Technical specifications: 304 stainless steel construction with superior resistance to corrosion in damp and harsh environments. 12" diameter frame compatible with standard laboratory and industrial sieving equipment. Uniform 12.70 mm mesh opening ensures precision in granulometric classification.
Applications: Stone aggregates, minerals, coal, clays, fertilizers, and construction materials. Complies with ASTM E11 and ISO 3310-1 specifications for metrological traceability.
Advantages: Extended durability in continuous sieving cycles, ease of cleaning and maintenance, and reproducible precision in particle size analysis.