Background

Pelletizer DIP 120 & DIP 240

The stainless-steel cabinet is designed so that it easily can be moved around with a fork-lift, which facilitates regular, easy cleaning around and under the machine. Larger removable panels gives clear & spacious access to all components inside the pelletizer and makes routine maintenance time and cost efficient.

The small build size (110x70 cm) takes up very little floor space and with the delivery pipes extended out in the front of the unit allows for a dry ice box to be centered under the pelletizer to allow an even production without having to shuffle dry ice from one end to the other.

With an output of 120 kg or 240 kg per hour the DIP120 and DIP240 will cover the needs of most stand alone, in-house production of dry ice for cleaning or cooling.

Smart engineering with internal tubing for the flow of the liquid carbon dioxide not only reduces production cost, which in return benefits our customers, but also increases the efficiency and make it possible to have a start up of dry ice pellet production in less than 1 minute.

Technical data

DIP 120


  • Dimension (L x W x H)   110 mm x 70 mm x 170 mm
  • Weight   450 kg empty
  • Production capacity   120 kg/h @ 16-18 bar
  • Standard extruding plate   3 mm
  • Voltage   400 V - 50 kHz (16 Amp)
  • Power consumption   5,5 kW

DIP 240


  • Dimension (L x W x H)   110 mm x 70 mm x 170 mm
  • Weight   500 kg empty
  • Production capacity   240 kg/h @ 16-18 bar
  • Standard extruding plate   3 mm
  • Voltage   400 V - 50 kHz (16 Amp)
  • Power consumption   5,5 kW

The pelletizer can operate with LCO2 tank pressure from 13 to 25 bar. The piping from tank to pelletizer must be cryogenic insulated piping, so a minimal distance from tank to pelletizer is ideal.

Application

We are serving a wide range of industries, which all benefit from environmental and non-abrasive cleaning with DRY ICE.

  • Aerospace
  • Automotive
  • Contract Cleaning
  • Electrical
  • Fire Restoration
  • Food and Beverage
  • Foundry
  • General Maintenance
  • Historical Restoration
  • Medical Device Manufacturing
  • Mold Remediation
  • Packaging
  • Plastics
  • Power Generation
  • Printing
  • Rubber
  • Weld Line Cleaning
  • Wood

Inquiry

NAPREDNE TEHNOLOGIJE OBDELAVE POVRŠIN