12-inch stainless steel sieve, 12 US STD mesh, CISA
$ 8,288.00
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12-inch (305 mm) stainless steel sieve with US STD #12 mesh (1.70 mm opening), designed for particle size classification and separation of medium-sized particles.
Technical specifications:
- Nominal diameter: 12 inches (305 mm)
- Mesh opening: 1.70 mm (US STD #12 mesh)
- Material: High-quality stainless steel
- Compatibility: Standard sieving equipment
Functional features:
Provides selective material retention based on grain size specifications, allowing the passage of particles smaller than 1.70 mm. Exceptional resistance to corrosion and oxidation, ensuring consistent metrological precision in quality control and particle size analysis applications.
Regulatory compliance:
Manufactured in accordance with international ASTM E11 and ISO 3310 standards, ensuring mesh precision and reproducibility in classification processes. Ideal for laboratories, mineral processing, chemical, and pharmaceutical industries where dimensional accuracy and durability are required in corrosive or demanding environments.
12-inch stainless steel sieve, 12 US STD mesh, CISA
$ 8,288.00
Pickup available at Testmark & MBZ, Company S.A de C.V
Usually ready in 2-4 days
Technical specifications:
- Nominal diameter: 12 inches (305 mm)
- Mesh opening: 1.70 mm (US STD #12 mesh)
- Material: High-quality stainless steel
- Compatibility: Standard sieving equipment
Functional features:
Provides selective material retention based on grain size specifications, allowing the passage of particles smaller than 1.70 mm. Exceptional resistance to corrosion and oxidation, ensuring consistent metrological precision in quality control and particle size analysis applications.
Regulatory compliance:
Manufactured in accordance with international ASTM E11 and ISO 3310 standards, ensuring mesh precision and reproducibility in classification processes. Ideal for laboratories, mineral processing, chemical, and pharmaceutical industries where dimensional accuracy and durability are required in corrosive or demanding environments.