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CF15–CF1500 Pellet Deduster

Ten sizes from 500 to 150,000 kg/h — modular, with smart control, for compounders, recyclers and resin plants.

CF15–CF1500 pellet deduster
Capacity
500–150,000 kg/h
  • Ten sizes, 500–150,000 kg/h
  • Modular design
  • Smart control system
  • Typically ≤50 ppm dust after cleaning*

Request a quote Specifications

How it works

Inside the CF15–CF1500

Pellets split

Pellets split across a diamond-shaped louvered plate.

Static is neutralized

A static-neutralizing field releases static-bound dust.

Two cleaning stages

Clean air from the rear rises through two louvered cleaning stages.

Dust is removed

Dust is drawn off at both sides into one rear port.

Clean pellets out

Clean pellets drop out — typically ≤50 ppm dust*.

Applications

Raw-material production in chemical plants, modified-material (compounding) plants, pharmaceutical and food plants.

Design highlights

  • High capacity: 500 to 150,000 kg/h
  • Modular design — easier to assemble and commission
  • Smart control system monitors and adjusts to the running process

Specifications

ModelCapacity (kg/h)Flange-to-flange (mm)Dust after cleaning
CF15500 – 1,500600≤50 ppm*
CF451,500 – 5,000840≤50 ppm*
CF905,000 – 10,000840≤50 ppm*
CF18010,000 – 20,0001,020≤50 ppm*
CF36020,000 – 40,0001,020≤50 ppm*
CF54040,000 – 60,0001,480≤50 ppm*
CF72060,000 – 80,0001,780≤50 ppm*
CF90080,000 – 95,0001,780≤50 ppm*
CF108095,000 – 110,0001,910≤50 ppm*
CF1500110,000 – 150,0002,400≤50 ppm*

*Typical result, tested to ASTM D7486; varies by material and operating conditions. Dimensions, flange sizes, power and materials are provided in the datasheet — contact us.

Pair it with the right system

Closed or open loop, cyclone or bag filter

The deduster works inside an air circuit. We size the blower, dust collector and piping for your material and layout.

Compare the four systems →

Test before you buy

Send a sample and we measure dust before and after cleaning.

How testing works →

Send us your material — we'll recommend the right model

Tell us the material, throughput and bulk density. We reply with a model recommendation and a suggested system layout.

Request a quote