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Conidur®
- Hole Sheet Cone made of multiple
parts for fluidised bed applications
CONIDUR® -Gas Distributing
Cones made from CONIDUR® - Hole Sheets are selected to ensure
a uniform air flow to prevent agglomeration of product in silos.
Each cone finish is adapted to the given volume of gas which is
required for fluidisation.
CONIDUR®
Fine Hole Sheets are creating new opportunities for bulk material
flow in silos and air slide conveying.
Silos
are gaining increasing importance in the processing and treatment
of products, with the need for bulk materials not only to be stored,
but dried and kept flowing, without the need for vibrators.
CONIDUR®
-Gas Distributing Cones are available as complete items ready
for installation on suitable supports in the base of silos or
hoppers
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Due
to the arrangement of CONIDUR® -Gas Distributing Cones
a uniform air flow to the product is ensured, so heat
accumulation is prevented, resulting in a reduced drying
time, higher efficiency and consequent savings in energy,
whilst also improving product discharge.
One
of the most important advantages in using CONIDUR®
- H o l e Sheets is that the airflow is angled by the
shape of the holes, and can thus be directed accordingly.
This feature means the angle of the silo discharge cone
can be made less acute or nearly horizontal depending
on the product characteristics. The directed airflow also
transports the product to the silo outlet thus improving
product discharge.
This
angled air flow feature when used as a distribution deck
in an air slide means CONIDUR® is a serious alternative
to other forms of material conveying.
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| Advantages
of CONIDUR® Fine - Hole Sheets.
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- simple
installation in existing silo units
- high
load capacity with appropriate support
- improving
product discharge through optional airflow
directions
- adaptable
to a given air volume
- finest
hole perforation possible in relatively thick
sheets
- conical
hole form prevents clogging, self cleaning
- electrolytical
treatment of the plates provides passive
surface preventing adhesion of product.
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