Inclined Cartridge Dust Collector

a. Side installation, convenient and quick installation and maintenance.

b. Downflow layout, uniform airflow distribution.

c. Modular design, convenient installation and design.

d. Applicable conditions: low-concentration dry dust, shipbuilding, machinery manufacturing, pharmaceuticals, steel, petrochemicals, chemicals, welding fumes, grinding, electronics, casting, etc.

The downflow dust collector design ensures that the airflow direction is consistent with the dust flow direction. Gravity naturally guides dust particles downwards into the dust collection hopper at the bottom of the dust collector. 

Therefore, the airflow pattern of the downflow dust collector helps to transport dust particles to the dust collection hopper at the bottom of the dust collector.

In contrast, vertical airflow causes the airflow direction to be opposite to the dust falling direction, which can lead to secondary dust re-entrainment. Therefore, the inclined cartridge dust collector's airflow design reduces secondary dust re-entrainment.

Vertically Mounted Chuck-Type Cartridge Dust Collector

a. Side installation, convenient and quick installation and maintenance.

b. Vertically installed filter cartridges ensure uniform pulse cleaning.

c. Modular design, convenient installation and design.

d. Applicable industries: shipbuilding, machinery manufacturing, pharmaceuticals, steel, petrochemicals, chemicals, welding fumes, grinding, electronics, casting, etc.

Compared to traditional vertically mounted dust collectors (regardless of whether installed from below or via flanges), the side-mounted vertical chuck type allows for easier filter cartridge replacement. 

Personnel do not need to enter the dust collector or remove the pulse-jet lines; filter cartridges can be replaced directly from the side, similar to a slanted insertion method.

Compared to slanted or horizontal insertion types, its cleaning is more uniform, eliminating the top cleaning dead zones present in horizontally mounted filter cartridges.

Neither type is inherently better or worse; the best choice is the one suitable for your specific operating conditions.