Posts by Shibu Varghese

A test sieve mesh size chart helps you compare aperture sizes, understand micron-to-millimetre conversions and choose the right sieve for accurate particle size analysis. Whether you work in a laboratory, construction, mining, agriculture or manufacturing, understanding these measurements helps you select suitable testing equipment. However, mesh numbers, aperture sizes and micron measurements can be confusing…

Sieve analysis errors can affect the accuracy of particle size testing and lead to unreliable results. Although sieve analysis looks straightforward, small mistakes during sample preparation, sieving, weighing, or equipment handling can change the final particle size distribution. Therefore, laboratories need to follow a consistent testing process and pay attention to every stage of the…

Particle Size Distribution: How to Read and Interpret a Particle Size Distribution Curve Particle size distribution describes how particles in a material are spread across different size ranges. It provides valuable information about the composition, grading, and behaviour of materials used in construction, mining, agriculture, environmental testing, manufacturing, and research. However, obtaining the test results…

Wet Washing Sieves: When and Why Should You Use Them? Wet Washing Sieves help laboratories separate fine particles from a sample by using water during the sieving process. Unlike dry sieving, wet sieving uses water to loosen particles that stick together or remain attached to larger material. Therefore, this method can provide better separation when…

The Complete Guide to Buying Test Sieves in Australia ISO 3310 certified, NATA calibrated & industry-tested — for labs, mining, construction, agriculture & more. Shop Test Sieves | Request a Quote ISO 3310 Certified |  NATA Accredited Facility Australia-Wide Delivery |  18+ Years Experience If you’re searching for a complete guide to buying test sieves in…