* Process high density dust and dust with randomly distributed particle sizes
* Two-stage filtering, higher efficiency
* Low energy consumption
* Easy installation, less floor space
Dust air firstly enters into cyclone separator from dust source through suspended hood which is connected with dust remover. High
density dust is radically split by cyclone within the tank; large grain size dust is separated and falls into storage tank at the
lower end ; fine particle dust enters the hop-pocket dust collector or filter dust remover; remaining fine particle dust is
blocked on the surface of the hop-pocket and cylinder; clean air is discharged out of the dust remover after passing through the
filter material. The former part of the cyclone separator has separated most of the dust particles (efficiency>75%), so dust
removing burden in the later part is reduced, which enhances filtering efficiency and prolong its service life.
density dust is radically split by cyclone within the tank; large grain size dust is separated and falls into storage tank at the
lower end ; fine particle dust enters the hop-pocket dust collector or filter dust remover; remaining fine particle dust is
blocked on the surface of the hop-pocket and cylinder; clean air is discharged out of the dust remover after passing through the
filter material. The former part of the cyclone separator has separated most of the dust particles (efficiency>75%), so dust
removing burden in the later part is reduced, which enhances filtering efficiency and prolong its service life.
