Gilson 12in Sieve, All Brass, Half Height, No.170

The Gilson 12in Sieve, All Brass, Half Height, No.170 is a high-quality testing sieve designed for accurate and reliable results. Its durable brass construction ensures longevity and consistent performance, making it a valuable tool for any laboratory or testing facility.

This sieve is compliant with ASTM E11 requirements for Compliance Sieves, guaranteeing its accuracy and reliability. Each sieve is individually serial numbered, allowing for easy identification and traceability. It also comes with a Certificate of Conformance to ASTM E11 requirements, providing assurance of its quality and compliance.

With a 12" diameter, this sieve is spacious enough to accommodate a significant amount of material for testing. The brass woven-wire cloth has No.170 (90µm) openings, ensuring precise and accurate sieving. The half height brass frame adds stability and durability to the sieve, making it suitable for repeated use.

Measuring 2 5/8 inches in overall height and 1 5/8 inches in depth, this sieve offers ample space for sieving while maintaining a compact size. The stacked height is 1-3/4 inches, allowing for easy stacking and storage. The brass frame and cloth material further contribute to its durability, ensuring long-lasting performance.

For added convenience, this sieve can be complemented with various accessories. Sieve pans are available to nest underneath the sieve, collecting fines and facilitating easier handling of the materials. Sieve covers are also offered to prevent sample loss during agitation, ensuring accurate and reliable results.

Additionally, verification services are available for those who require NIST traceable documentation of opening sizes. This option provides further validation and confidence in the sieve's performance and accuracy.

With its superior construction, accurate specifications, and compliance with ASTM E11 requirements, the Gilson 12in Sieve, All Brass, Half Height, No.170 is a reliable and essential tool for any laboratory or testing environment. Its durability, precision, and versatility make it an excellent choice for a wide range of applications.