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TURBULENT
SYSTEM
Mixers - Kneaders
- Dryers - Reactors
-- economical and operationally reliable--
Tailor made solutions for
production and development
The Turbulent System includes:
For discontinuous and continuous operation for a total
capacity from 2.5 up to 50,000 liters.
Operating Range
| Temperature: |
-25 °C up to 400 °C |
| Pressure: |
5 mbar up to 64 bar |
| Viscosities: |
max10 Mio. MPas |
| Driving Powers: |
max 1,000 kW |
| Specific
fields of application |
Most
important applications |
| Chemistry |
Mixing |
| Pharmacy |
Kneading |
| Food Industry |
Coating |
| Detergent |
Moistening |
| Paper |
Dissolving |
| Dyes/Pigments |
Melting |
| Preparation of substances |
Disintegrating |
| Recycling |
Drying |
| Building Materials |
Reacting |
| Plastics |
Agglomeration / Granulation |
The efficient mixing principle
The agitator of the well-tried Turbulent System is
provided with large surface mixing paddles. The design of the mixing
paddles has been developed by means of scientific methods and optimization
during years of operation, this assures a maximum effectiveness
and profitability.
 The
intensive axial and radial product exchange is specifically influenced
by means of the paddle design and the paddle position depending
on the product; in combination with product shear on demand. The
material is directly moved to one or more discharge port and evacuated.
The mixing paddles provided with scrapers cover the
complete inner surfaces of the vessel; almost no dead spaces are
created.
Event the most complicated process tasks are fulfilled by the arrangement
of the mixing paddles. Each process step whether mechanical, thermal
or chemical is handled without problems.
The Turbulent System is suitable especially for the
handling of substances, which vary in their behavior.
Subject to the application the power density runs
up to0.2 kW per liter total volume.
Additional homogenizers with various tools installed
in the sidewall provide the micro phase.The mixing paddles transport
the product directly to the effective zone of the homogenizers.
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