Category Archives: Uncategorized

FAQs about Sintered Metal Filters

If you’re reading this, you likely already know a thing or two about sintered metal filters, though you may not know exactly what you need for your unique application. Here at Fluid Conditioning Products (FCP), our goal is to assist customers in procuring precisely the right porous metal filter for their larger-scale manufacturing or other custom projects that require at least 100 units.

We work directly with sintered filter producers and can customize and adapt filters for a wide variety of applications. Need a housing for your filter, as well, to assure optimal performance? We can create one for you!

Still have questions about sintered metal filters? We designed this helpful FAQ to address some of our customers’ most common questions. Continue reading FAQs about Sintered Metal Filters

Filter Design Considerations

There’s a lot to consider when it comes to filters and filter design, especially in the Aerospace, Defense and Marine industries. Through a wide range of   aircraft and land vehicles, to  the extremes of aerospace applications, nuclear submarines, and test/maintenance facilities, companies depend on quality filters to perform under and withstand the most demanding conditions.

Continue reading Filter Design Considerations

product brazing closeup

What’s New

Click Here to view our newly released Capabilities Statement. Government buyers will find this an indispensable tool to quickly reference the ways that FCP can help meet their procurement requirements!


Nadcap Accredited FCP successfully passed its most recent 18-month audit by the Performance Review Institute to maintain its NADCAP accreditation. FCP holds certification by NADCAP for quality and expertise in all of our brazing processes.

FCP is committed to maintaining the certifications and approvals needed to support our customers:

  • AS 9100, Rev. C.
  • ISO 9001: 2008
  • NADCAP
  • MIL-I-45208
  • Sub-Safe Level 1

FCP Supplies Marines with ‘Ship-to-Shore’ Fuel Strainer Assembly.

CLICK HERE to read the full story.