STA high performance centrifugal separators for the clarification of water-based or low-viscosity
liquids,
œ no additional costs for filter aids or auxiliary filter materials
œ reduction of disposal costs with regard to the liquids and solid matters
œ saving of processing auxiliaries
œ improvement of the production quality and of the service lives of the means of production
œ better working hygiene
œ STA products are an active contribution to the saving of resources
Disk stack centrifuges with self cleaning bowl are used for clarifying and 3-phase separation of liquid-solid suspensions. Clarifying means to separate suspended solids from liquids (2 phases). 3-phase separation means to separate two inmiscible liquids including separating solids simultaneously.
FLOTTWEG's new developments are the disk stack centrifuges of the AC series. They are equipped with the SoftShot discharge system and feature especially exact partial discharge and smooth run.
FLOTTWEG's product range for disk stack centrifuges comprises several sizes and covers throughput capacities from below 1 m³/h up
to 85 m³/h.
Typical applications:
Beverage industry, food industry, chemistry/pharmacy, animal/vegetal fats and oils, mineral oil, etc.
The automatically draining centrifugal separators of the A series achieve optimum filter fineness even with a high quantity of sludge. Up to 50 kg per hour can be discharged, depending on the type of sludge. The separated sludge has lower residual moisture.
Filtermist collectors are low-cost, highly efficient units. These easy-to-install accessories operate under the principle of centrifugal impaction. A rotating drum draws air and mist droplets into the collector. The mist particles are coalesced into liquid which is drained back to the coolant tank. Clean, oil-free air is returned to the shop.
Vorteile mit Turbo-Zentrifugen MZF-T05
Zulauf in freiem Gefälle oder über eine Pumpe.
Separieren der Schmutzpartikel aus der Flüssigkeit, Schmutzpartikel setzen sich an der Wand des Schlammeinsatzes fest.
Die gereinigte Flüssigkeit verlässt den Rotor drucklos
