rotary_polymer_rotary_filtration_backflush
PATT Filtration is a leader in rotary polymer filtration equipment. As
such, we have an excellent knowledge of our clients’ processes.
We here at PATT Filtration have made it our goal to deliver a superior
quality product to meet all your rotary polymer filtration
needs.Through the years, our ongoing efforts toward perfection have
brought about many changes, some subtle other still more drastic, to
both our product line as well as our corporation.
From our proprietary thin film coating to our dedication to achieve ISO
9001 Standards by September 2004 PATT Filtration places emphasis on
ensuring customer satisfaction and product quality. Our experts in the
fields of plastics, rotary polymer filtration, metallurgy and
engineering have made our ROTARY IIITM Constant Pressure Drop
Continuous filtration system the preferred choice among industry
leaders and have made PATT Filtration a worldwide leader for customer
satisfaction.
There is no such thing as a ‘standard adapter’: each is designed
keeping in mind your existing infrastructure, die and extruder configuration and make as well as the type of rotary polymer processing done on the line. All our adapters are black oxide nitrided which makes them as cost-efficient as the unit itself. Moreover, an optional proprietary coating further minimizes wear and maximizes rust protection.
he goals of rotary polymer filtration are to maintain the highest
possible line productivity while removing particulate contaminants and
causing little or no changes to the polymer's characteristics. We
define rotary polymer filtration as the removal of unwanted solid
contaminants, above a specified diameter or width, from the flow of
melted polymer. In this discussion we will not address the separation
of liquids or gels to any great extent.
Only by timely adaptation to economic and technological changes could
we start to become the leader in the field of rotary polymer
filtration. Our integration of engineering skills and advanced
technology puts us on the leading edge of filtration development.
The same rotary polymer, the same operating conditions, the same
machinery, the same everything leads to a predictable operation. When
the day begins, you know how much production you'll have at the end of
the day. When a production line must be randomly shut down to change
filtration media, predictability is lost. Of course, one could 'allow'
for some number of filter renewals per shift and factor the lost time
into production figures. Experience tells us that this would work but
on some days contamination levels would be higher or lower than other
days and shutdowns would vary accordingly; that shoots down
predictability.
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