Exploring the Dynamics of Particle Retention in Filtration:

Let’s chat about retention in filtration! No, we’re not talking about company turnover; we’re diving into the world of retaining particles. When we mention “retention” in filtration, we’re referring to the specific size of particles targeted for removal. For instance, a “100 Micron” bag can capture particles that are at least 100 microns across.
Understanding retention isn’t straightforward. Filter media typically falls into two categories: “Nominal” and “Absolute.”
Let’s break it down using our 100-micron example.
Nominal filter media can retain 60-70% of particles that are 100 microns across or larger. It’s usually a single or thin layer construction and is known for being cost-effective. Nominal media is often employed at the beginning or middle stages of a filtration process.
Delving into Absolute Filters
On the other end of the spectrum, we have absolute filters, renowned for their precision. These filters excel at removing 99% or more of particles at a specified size, often as small as 25 microns or even smaller. Due to their intricate design, they are typically deployed towards the conclusion of a filtration process to ensure a thorough and meticulous cleaning process.
Embarking on Your Filtration Journey
This overview merely scratches the surface of particle retention in filtration. If you’re eager to delve deeper into the intricacies of selecting the ideal filter for your specific needs, don’t hesitate to reach out to Findlow Filtration today! We’re committed to guiding you towards the perfect solution tailored to address your unique filtration challenges. Whether you’re dealing with large-scale industrial processes or intricate laboratory setups, our team is here to assist you every step of the way.