Durable 5" Brass Sieve, No. 5 Stainless Steel Mesh Perfect Gift [AiBZ0P7u]

5" Brass Sieve, #5 Mesh

Introducing our premium 5" Brass Sieve, designed with the highest quality #5 Stainless Steel Mesh. This sieve is a must-have tool for any lab or industrial setting where precise sieving and separation are essential. Crafted from durable brass, it boasts exceptional strength and resistance to corrosion, ensuring long-lasting performance. The #5 mesh size offers a fine mesh opening of 4000 Micron, perfect for separating particles down to 4.00mm. With its wire diameter of 1.40mm, it provides a consistent sieve opening for accurate sieving.

• Material: Brass sieve, Stainless Steel mesh
• Mesh Opening: 4000 Micron / 4.00mm / 0.157in
• Wire Diameter: 1.40mm / 0.055in

Technical Specifications and Benefits

This sieve is fully compliant with ASTM E11 standards, guaranteeing its reliability and accuracy. It comes with a free certificate, detailing all relevant facts associated with “Compliant Sieves,” providing peace of mind for quality assurance. The standard depth of the sieve is 1-1/2 inches from rim to cloth, offering ample space for efficient sieving. Each sieve is individually etched with a serial number and comes with a certificate of analysis, ensuring traceability and authenticity.

• ASTM E11 Compliant: High-quality standards for precision sieving
• Free Certificate: Assurance of product compliance and quality
• Individual Serial Number: Easy traceability and identification

Practical Applications and Target Audience

Our 5" Brass Sieve is ideal for a wide range of applications, including laboratory research, industrial processes, and home projects. Whether you are a scientist, engineer, or DIY enthusiast, this sieve will prove to be an invaluable tool. Its fine mesh opening is perfect for separating fine particles in pharmaceuticals, chemicals, and minerals. The durable brass construction and precise mesh size make it suitable for daily use in various scenarios.

• Laboratory Research: Accurate sieving for chemical and mineral analysis
• Industrial Processes: Efficient particle separation in manufacturing
• Home Projects: Ideal for DIY enthusiasts and hobbyists