17 Bag Filter Pod
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
- Skid Mount Available
- 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.
Recent Posts
Automated Differential Pressure Monitoring in Bag Filter Housing Systems
In fluid filtration systems that rely on bag filter housings, monitoring differential pressure is one of the most important indicators of system performance. Differential pressure—the difference in pressure between the inlet and outlet of a filter housing—tells operators how much resistance is being created by the filter media. As particulates accumulate in the filter bag,…
The Role of Bag Filter Housings in Environmental Compliance
In today’s regulatory landscape, environmental compliance is a central concern for industries that handle liquid processes and waste streams. From food and beverage to oil and gas, from chemical manufacturing to municipal water treatment, businesses are under increasing pressure to meet stringent environmental standards while maintaining operational efficiency. Among the many tools available to support…
Advanced Filtration Media for Bag Filter Housings: Beyond Standard Felt and Mesh
The performance of a bag filter housing is only as effective as the filter media inside it. While the structure and material of the housing itself play a critical role in system integrity, flow management, and chemical compatibility, the filter bag media is the component responsible for the actual separation of solids from liquids. Historically,…