Automatic Fabric Filtration Systems

Automatic Fabric Filtration Systems | SENTRY® Cartridge Filtration Systems | | SENTRY® Disc Filtration Systems | GUARDIAN® Cartridge Filtration Systems | | GUARDIAN® Disc Filtration Systems | SPACE-SAVER® & LABMASTER® Filtration Systems | | ADMIRAL® Filtration Systems| SUB-ADMIRAL® In-Tank Filtration Systems | Filtration Media | | Coalescing Systems | Carbon Purification Systems, Chambers & Media | | Ion Exchange Systems, Chambers & Resins | TITAN Filtration Systems | | SER-DUCTOR® Agitation Systems |

Serfilco Automatic Fabric Filtration Systems • Automatic indexing filter media provides "hands free" filtration • Flow rates to 67,800 U.S. GPH (213,840 I/h @ 50 Hz) Gravity filtration systems with unattended indexing media allow uninterrupted flow for "hands free" filtration of grinding, cutting and machine tool coolants; industrial waste water; process or cooling water; fume scrubbers and parts washer reservoirs; water wall spray booth solutions; phosphating solutions, and treated plating waste. Models range in size from 1.5 to 113 square feet of filter area. Automatic Fabric Filtration Systems receive contaminated solution in a diffuser tray which directs flow across the full width of the system's filter bed. Particle separation starts immediately via gravity flow through the media to the clean reservoir tank below the conveyor frame. Filtered solution can then gravity drain or be returned to the process via a pump. As the media gradually becomes laden with solids, the solution level will slowly rise until the adjustable float switch activates the conveyor drive motor. Consumed media is advanced to the tote box and fresh media is simultaneously indexed to the solution flow. The system is totally automatic and responds to wide variations in flow rate and solids concentration. The broad selection of media density permits the clarity desired without sacrificing system performance. Gravity flow provides for gentle accumulation and settling of solids on the filter media without forcible compacting which could cause premature blinding of the media and its premature indexing. The deep pool of solution above the media assists the flow rate and maximizes solids loading on the media.