Our testing sieves are of the highest quality to ensure consistent fit, accurate specifications, and durable brass construction.
Our 12" Full Height Sieve Pan has a depth of 4 1/4 inches.
Pans collect fines at the bottom of the sieve stack. Choose a pan with an Extended Rim to use as an insert into the middle of a stack, allowing two samples to be tested at once.
Meets Test Methods:
AASHTO M 92
ASTM E 11
The Gilson V12BFXPE 12" Sieve Pan is a high-quality and durable product that is specifically designed for testing purposes. With its accurate specifications and consistent fit, you can rely on this sieve pan to deliver reliable results.
Made from brass, this sieve pan is built to last. Brass is known for its strength and durability, making it the ideal material for a product that will undergo rigorous testing. Rest assured that this sieve pan will withstand repeated use and maintain its accuracy over time.
With a depth of 4 1/4 inches, this Full Height Sieve Pan provides ample space for collecting fines at the bottom of a sieve stack. This allows you to effectively analyze the particle size distribution of various materials. The extended rim of the pan also makes it convenient to use as an insert in the middle of a stack. By doing so, you can conduct two tests simultaneously, saving both time and effort.
The Gilson V12BFXPE 12" Sieve Pan is designed to meet the test methods set by AASHTO M 92 and ASTM E 11. These industry-standard methods ensure that the sieve pan meets the necessary requirements for accurate and reliable testing. By using a sieve pan that adheres to these standards, you can trust that your test results will be precise and consistent.
Whether you're performing quality control tests in a laboratory or conducting fieldwork, the Gilson V12BFXPE 12" Sieve Pan is the perfect tool for your testing needs. It is built to withstand demanding environments and deliver dependable results. Invest in the highest quality of sieve pans with the Gilson V12BFXPE 12" Sieve Pan and experience the difference in your testing process.