What type of sieves are added to help with overloading of individual sieves?

Cutter sieves are designed to address issues related to the overloading of individual sieves by providing an additional layer of separation for materials during the sieving process. When large quantities of aggregate are processed, certain sieves may become overloaded, leading to inadequate separation and potentially skewed results.

Cutter sieves typically have a different design or mesh size that allows them to effectively sort out specific sizes of aggregate without burdening the main sieves in the set. By incorporating cutter sieves into the testing procedure, technicians can enhance the efficiency and accuracy of the sieve analysis, allowing for better management of aggregate samples and ensuring that all particles are categorized correctly.

This added capability is vital in scenarios where materials vary significantly in size, helping to create a more reliable and effective stratification throughout the sieving process.