Incefiltration self-cleaning filter housings automatically remove deposits from a reusable V-slot metal screen while the filtration system remains in service. Internal and external scraper designs reduce manual cleaning, disposable-element use and production interruption in continuous industrial processes.
Compare Scraper TypesRequest a ProposalAutomatic scraper cleaning improves filtration stability and reduces routine maintenance.
The scraper removes impurities from the filter screen during filtration.
Cleaning can occur without frequent vessel opening or disposable-element replacement.
A reusable screen and automatic cleaning cycle reduce labor and consumable demand.
The supplied sheet lists a reference drive power of 0.37–0.55 kW.
Separated solids can be discharged through the lower drain connection.
The slit-type metal element provides strength and repeated cleaning capability.
Cleaning can be triggered by time, differential pressure or external process signals.
The system combines a motorized scraper drive, stainless steel vessel, V-slot element, HMI cabinet, process nozzles and a drain outlet.
Material is selected according to liquid compatibility.
Provides scraper contact with broad chemical compatibility.
Reference sealing material from the supplied specification.
Select the structure according to contaminant size, deposit behavior and screen orientation.
The scraper travels along the inner surface of the cylindrical filter screen and removes deposits collected on the internal wall.
The external scraper removes contaminants from the outside of the screen and is suited to regular cleaning and larger impurity particles.
Eight housing sizes are listed in the supplied product sheet.
Reserved image positions allow real product photographs to be added later.
Add the real image of the touch panel, emergency stop and selector controls.
Add a close-up of the motor, gearbox, scraper shaft and pressure accessories.
Add internal and external views of the slit-type metal screen.
Verified product information reorganized from the supplied image.
| Item | Reference Data | Customization / Selection Note |
|---|---|---|
| Cleaning Structure | Internal scraper or external scraper | Select according to contaminant location and filtration direction |
| Housing Size | 219, 273, 325, 377, 400, 450, 550, 800 mm | Additional engineered sizes available |
| Flow Rate | ≥1 T/H | Designed according to required process flow |
| Filtration Rating | Up to 20 µm | Confirm slit opening and required retention performance |
| Filter Area | ≥0.12 m² | Screen length and area can be customized |
| Filter Element | 304/316L V-SLOT metal element | Slit width and dimensions can be engineered |
| Housing Material | 304 or 316L stainless steel | Select by liquid compatibility |
| Scraper / Seal | PTFE scraper / Viton-FKM seal | Confirm wear, chemical and temperature compatibility |
| Operating Pressure | 0.8 MPa | Final design pressure requires engineering confirmation |
| Connections | Custom inlet/outlet; DN40 flanged drain | Connection standard and orientation can match site piping |
| Drive | Italian SITI dual-stage gear motor | Voltage, frequency and controls can be configured |
| Reference Power | 0.37–0.55 kW | Final power depends on scraper torque and filter size |
An initial guide for selecting the correct cleaning configuration.
Automatic scraper filters are designed for continuous processes with recurring solids loading.
Process liquids, oils, cooling water and compatible hydrocarbon streams.
Resins, solvents, acids, alkalis and specialty chemicals.
Cooling water and utility-water filtration.
White water, coatings, additives and fiber-containing liquids.
Industrial water, cooling loops and wastewater reuse.
Pretreatment and circulation-liquid filtration.
Paint, ink, resin and coating-process filtration.
Compatible process-water and chemical filtration.
Reliable sizing begins with real liquid and contaminant data.
Provide composition, viscosity, density, temperature and corrosion conditions.
Confirm particle size, hardness, shape, concentration and stickiness.
Choose internal or external cleaning based on deposit location.
Specify flow, pressure, connections, motor voltage, drain logic and PLC signals.
Send your liquid, flow, viscosity, solids loading, filtration accuracy, pressure and control requirements.
Common questions before selecting an automatic scraper filter.
It is an automatic filtration vessel that uses a scraper to remove deposits from a reusable metal screen.
An internal scraper cleans the inner screen surface, while an external scraper cleans the outer surface.
The supplied sheet lists filtration ratings up to 20 µm.
The reference design uses a 304 or 316L housing and V-slot element, PTFE scraper and Viton/FKM seal.
Cleaning can be initiated by time, differential pressure, manual command or PLC/process signals.
Yes. The inlet, outlet, filter area and overall design can be engineered for the required flow.
Complete the process information below for an engineering proposal.