Torit Cyclone Dust Collectors

" A high efficiency cyclone type dust collector is your
best choice for collecting high volumes of particulate. "

home
dust collectors
whirl / wet type
Torit cartridge type
Torit baghouse type
power module cartridge
modular media
compact type
cyclone type
Torit cyclones
electrostatic type
downdraft tables
portable collection
ambient air cleaners
mist collectors
fume collectors
wet scrubbers
vacuum systems
modular enclosure
systems / booths
commercial air cleaners
wastewater / coolant
filtration
hepa air cleaners
contamination control
hexavalent chromium

replacement filters
full product list
about us
contact us
site map

Cyclone dust collectors are mechanical separators that use the principle of centrifugal force to remove particulate from the airstream.

Typically used for collecting coarse or large dusts produced in high dust loading applications, such as woodworking or machining, cyclone collectors are also used for product recovery of fine dusts, like powdered paint.

The Cyclone system has only one moving part, the inner fan wheel which requires very little maintenance. The large capacity collection drum works immediately to reduce facility and equipment maintenance.

	An economical solution to a wide range of dust collection problems.
	Excellent for high dust load, high temperature, and product recovery applications.
	Can be used alone, with filter bag assembly, or as a pre-cleaner.
	Applications from 300 to 13,000 CFM.
	Heavy-duty construction for long life and low maintenance.
	Meets seismic zone 4 and 100 mph wind load ratings.
	Removable cone section for easy replacement.

Toll Free (US)
1-877-844-3293

Functional Efficiency Curves

Fractional efficiency is the ratio of particles collected to particles entering the cyclone. This chart shows the efficiency of a collector with and without the optional filter bag assembly under clean, partial loading, and full-loading conditions Actual efficiency may vary depending on the application. Dust concentration, airflow, particle shape, and density affect filtration efficiency.

Operational Explanation