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Operates based on Bernoulli’s principle to execute internal cleaning cycles without stopping process filtration.
Controlled automatically via preset timer intervals or differential pressure (DP) switches for hands-free operation.
Handles extreme flow demands up to 8,000 m3/h with negligible clean-state pressure drop.
Designed without internal gears, motors, or lubrication requirements, dramatically reducing ongoing upkeep costs.
As a premier manufacturer of Auto Self Cleaning Filters, we deliver precision-engineered automatic filtration systems designed for continuous operation, removing heavy contaminant loads without interrupting process flow or requiring manual intervention.
Fully automated cleaning cycle ensures consistent fluid purity with zero direct operator contact with process media.
Vessels available in Stainless Steel, Carbon Steel (lined/unlined), and Glass-Reinforced Plastic (FRP/GRP) designed to ASME / EN 13121 standards.
Accommodates custom slot-type or perforated cylinders made of SS, Titanium, Super Duplex, or PP with ratings from 0.1 mm to 4 mm.
Optimized hydraulic profile ensures maximum throughput with minimal pressure drop across the filter chamber.
Enclosed, contactless cleaning mechanism prevents external contaminants from entering the fluid stream.
Tailored nozzle orientations, footprint dimensions, and screen micron ratings engineered for specific plant layouts.
Triggered on demand via differential pressure buildup or at fixed pre-programmed timer intervals.
Functions seamlessly as robust automatic backwash filters for demanding municipal and industrial lines.
| Parameter / Feature | Manual Industrial Filters | Auto Self Cleaning Filters |
|---|---|---|
| Operational Continuity | Requires stopping process flow & opening housing | 100% continuous flow during cleaning cycle |
| Labor & Operator Involvement | High; manual screen extraction & hand washing | Zero manual labor; fully automated system |
| Filtration Consistency | Variable; depends on operator timing & cleaning frequency | Highly consistent; triggered by exact DP or timer settings |
| System Downtime | Significant line shutdowns and lost productivity | Zero production downtime during purge cycles |
| Maintenance & Operating Cost | High long-term labor & replacement costs | Very low maintenance; no gears, motors, or lubrication |
Unfiltered fluid enters the vessel chamber and flows through the internal slot-type or perforated screen cylinder from inside-out or outside-in, capturing solid impurities on the screen surface.
As debris builds up, differential pressure increases across the mesh. Once the preset DP value or timer limit is reached, the automated cleaning cycle initiates.
A internal piston with a sweeping disc moves through the chamber. Based on Bernoulli's principle, the localized high-velocity flow creates low-pressure zones that dislodge stuck debris from the screen apertures.
The flush drain valve opens automatically to purge concentrated waste from the housing, while main process filtration continues uninterrupted.
