Pelletron Corporation

Corporate Headquarters
1866 Colonial Village Lane
Lancaster, PA 17601
USA

t +1.717.293.4008
f +1.717.293.4011
Email us

 
 

Pelletroneurope GmbH

Headquarter Europe
Ahornstrasse 28
88285 Bodnegg
Germany

t +49(0)7520.95662-0
f +49(0)7520.95662-15
Email us

Dedusting Solutions

Pelletron provides DeDusters® for the Plastic Processing and Plastic Manufacturing Industry, as well as for Food, Mineral, Pharmaceutical, Chemical and other applications.

 

Pelletron's DeDuster® uses a magnetic flux field to disrupt the electrostatic charge between contaminants and pellets, and a patented air wash deck to separate and remove the contaminants.


Dust and streamers are generated at the pneumatic conveying process. Dilute phase systems with high velocities create a high amount of dust and streamers. Slow motion conveying systems prevent the creation of streamers, but generate very fine dust due to high friction. These fines need to be removed before processing, extrusion or before packaging.


Operating principle

 

 

 

 

  

 

  1. Product Inlet
  2. Primary Flux Field Generator
  3. Magnetic Field
  4. Primary Wash Deck
  5. Wash Air Inlet
  6. Dusty Air Outlet
  7. Venturi Chamber with By-Pass Air Control
  8. Secondary Wash Air Deck
  9. Secondary Flux Field Generator

 


 

Trade Shows

Plastindia 2012

Intl. Plastics Exhibition & Conference

2012-02-01 - 2012-02-06

New Delhi, India

Hall: German Pavilion

Booth: 12 C14

Plastindia 2012_Plastindia-2012

 

Plastics Recycling Conference

2012-03-20 - 2012-03-21

Atlanta USA

Plastics Recycling Conference_plasticsRecycling

 

NPE

2012-04-01 - 2012-04-05

Orlando, USA

Hall: West Hall

Booth: 433

NPE_NPE2012

 

Chinaplas

2012-04-18 - 2012-04-21

Shanghai, China

Chinaplas_Chinaplas2012

 

PTXi

2012-05-08 - 2012-05-10

Chicago, USA

Booth: 3725

PTXi_PTXi2012

 

Milanplast

2012-05-08 - 2012-05-12

Milano, Italy

Hall: 13

Booth: A62

Milanplast_plastmilano2012

 

Fakuma

2012-10-16 - 2012-10-20

Friedrichshafen, Germany

Fakuma_Fakuma09