17 Bag Filter Pod

ultimate-5b524d0074056
badge-b-5b58e4755a90e
badge-c-5b58e4663ad70

17 Bag Pod with 12" Flanges

Stainless Steel, 17 Bag Liquid Filter Pot

Our 17 bag filter housings can handle a maximum flow rate of 3,400 GPM per Filter Pod, making them the leading choice where high flow and minimal bag changes are required. Improve your productivity and ROI with FSI! Bags can be replaced and disposed of or reused.

The Value Leader:

  • 304 Stainless Steel Filter Pots
  • Sure Seal with Positive Pressure
  • Flexible Media Choices
  • The Zero Discharge Solution
  • Reduce bag changes by 41% compared to a 12 cell
  • In Stock

Specs:

  • 3,400 GPM
  • 116,000 BPD
  • 150 PSI
  • 12" Flanges
  • #2 Bags

Give us the opportunity to earn your business with exemplary customer service and quality products at a superior value.

Get A Quick Quote Today!

Recent Posts

Pre-commissioning Piping

By Jeff Conference Room | July 25, 2024

Pre-commissioning of piping refers to the series of activities and procedures undertaken before a piping system is put into operation. These activities are crucial to ensure that the piping system is installed correctly, functions properly, and is safe for operation. Bag filtration is the preferred method to remove particulate, debris, dirt, rust, mill scale and…

FSI Ramping Up Production to Meet Demand

By Jeff Conference Room | July 20, 2024

At Filter Sciences our production continues to ramp up to meet demand. Strong demand for both 304 & 316 Stainless Bag Housings (filter pots, filter vessels, filter pods) continues to grow in multiple industries. Our commitment to have inventory on hand is and always will be a priority at FSI. Most all our Bag Housings…

What is the unit of measurement called a MICRON?

By Jeff Conference Room | July 20, 2024

A micron, also known as a micrometer, is a unit of measurement equal to one millionth of a meter. To put this into perspective, a human hair is typically around 50 to 100 microns in diameter. This means that a micron is incredibly small, making it useful for measuring very fine particles or features. In…