Industrial Sieve:
Palamatic Process has developed a range of vibratory sieves and centrifugal sieves for the control and protection of your production line.
The vibratory sieve ensures the control and the protection of your industrial production line involving raw ingredients and bulk materials handling.
The purpose of the centrifugal sieve is to remove foreign bodies, reduce aggregates and perform granulometric separation.
Vibratory sieve on pneumatic conveying line
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Rate4
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Hygiene5
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Ease of integration5
Centrifugal screener - 3 models
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Rate5
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Hygiene4
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Ease of integration3
Centrifugal Sifter on Pneumatic Conveying Line IRS
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Rate5
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Hygiene4
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Ease of integration4
Magnetic detector
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Hygiene5
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Ease of implementation5
Integrated Bag Dump and Screening Station - Sacktip® SH - 4 models
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Rate2
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Automation1
Industrial screeners allow the continuous separation of solid products and the removal of agglomerates.
Industrial screeners are available in various models:
The vibratory screeners ensures the elimination of waste. It is ideal for high capacity safety screening of powders and bulk materials. The purpose of the vibratory screen is to improve the quality of the product, increase your company's production by reducing downtime and cleaning times.
In addition, Palamatic Process offers a range of centrifugal screens. The purpose of the centrifugal screen is to control and protect your production line by eliminating foreign bodies and reducing aggregates. Thanks to a granulometric separation of powders and bulk products, Palamatic Process ensures a clean product, without clods or foreign bodies.
All our industrial screens can be mounted on a pneumatic conveying line. This allows the flow rates to be optimised without pressure drop.
The objective of the sampler is to obtain a representative sample of the material produced. This equipment guarantees a contained sampling, while guaranteeing the operator's safety by avoiding any contact with the material.
The magnetic detector eliminates all metals from the formulation and thus avoids any foreign particles.