Sintered Plate Dust Collector

Sintered Plate Dust Collector is an industrial dust filtration unit that uses rigid sintered filter plates to separate particulate matter from process air and exhaust gas. The filter plates are installed inside the collector housing and provide a porous filtration surface for continuous dust collection.

Dust-laden gas enters the collection chamber and is distributed around the sintered plates. As the gas passes through the porous filter material, dust particles are retained on the filtration surface while the cleaned air enters the clean-air chamber and leaves through the outlet.

During operation, the collected dust gradually forms a layer on the filter plates. When the pressure differential increases to the specified level, the pulse cleaning system releases compressed air into the cleaning manifold. The reverse airflow dislodges the accumulated dust from the plate surfaces.

The released dust falls into the hopper at the bottom of the collector and is discharged through a suitable dust handling device. Depending on the process requirements, the discharge outlet can be connected to a rotary airlock valve, screw conveyor, or other conveying equipment.

The collector can be configured with different numbers and arrangements of sintered filter plates. Housing dimensions, inlet and outlet positions, hopper design, cleaning sequence, and filtration area can be selected according to the required airflow and installation conditions.

Selection of the sintered plate dust collector should consider airflow volume, dust concentration, particle size, gas temperature, humidity, chemical composition, pressure drop, and cleaning requirements.

Main Components

• Dust collector housing

• Sintered filter plates

• Dust inlet

• Clean-air chamber

• Air outlet

• Pulse cleaning manifold

• Compressed-air valves

• Dust hopper

• Dust discharge outlet

• Differential pressure monitoring

• Control system

Working Process

1. Dust-laden gas enters the collector.

2. Gas flows through the sintered filter plates.

3. Dust particles are retained on the filter surfaces.

4. Filtered air enters the clean-air chamber.

5. Differential pressure is monitored during operation.

6. Compressed-air pulses clean the filter plates.

7. Detached dust falls into the hopper and is discharged.

Product Characteristics

• Rigid sintered filter elements

• Porous surface filtration

• Pulse-jet cleaning

• Modular filter plate arrangement

• Integrated dust hopper

• Automatic cleaning sequence

• Different filtration areas and equipment configurations

Applications

• Cement and concrete processing

• Mineral processing

• Ceramic production

• Powder handling

• Metalworking

• Foundry operations

• Chemical processing

• Building material production