Page 23 - FMT April

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grinding process via a separator with air
lock. Parallel to this, the additional rinsing
air fed through the valves and mill bearing
is continuously discharged through the
CycloFil to prevent a build-up of pressure.
A subsequent aspiration system generates
the vacuum needed to stabilise the system
pressure.

Thanks to the innovative CycloFil cyclone

filter, the supplied energy is dissipated via
the product and the system surface, so
that no additional cooling is required. The
warmth produced by the grinding process
is mainly compensated along with the
product when it leaves the machine and to
a smaller extent by the system surface, and
is therefore throughput dependent.

The expected temperature increase, for e.g.
of ground powdered sugar (d90 = 100 μm) is
normally in the range of T = 10-25°C. For a
large range of products the warming has no
influence on the quality or the downstream
process. For the grinding of particularly
temperature-sensitive products, the
system can be additionally cooled with
liquid nitrogen.

Especially the degree of innovation of

the System was confirmed recently by
the Fi Europe Innovation Award jury, who

awarded the fine impact mill Condux®
Compact as the winner of the Food Tech
Innovation Award for the most innovative
technical processing solution for food
ingredients.

Highlights of the NETZSCH
Condux® Compact:
• Compact design = Low space
requirement
• Low investment costs
• Low feeding height
• ATEX conform
• Hygienic design
• Fast and easy cleaning
• Low maintenance costs
• Easy and clear operation
• Easy access
• Dust-free fi lling
• Universal operation