01
Low-Density Feed Compaction
Fluffy fabric scrap is densified before extrusion to improve feeding stability.
PP Nonwoven Pelletizing Line Trial Run
This trial run follows a PP nonwoven pelletizing line built for lightweight meltblown, spunbond, filter-media trim, and similar post-industrial fabric scrap. The test concentrates on steady feeding and melt quality rather than simple size reduction.
Loose nonwoven scrap has low bulk density and can feed an extruder unevenly. A cutter-compactor cuts, mixes, and densifies the material first so the screw receives a more stable intake.
After compaction, the PP passes through controlled extrusion, vacuum degassing, and melt filtration. These stages help manage residual moisture, trapped gas, finish oil, and light contamination before pellet cutting.
During the trial, engineers review feed continuity, melt pressure, filtration behavior, strand or water-ring cutting performance, and the consistency of the cooled pellets.
What the Trial Run Shows
The operating sequence is configured around lightweight PP nonwoven scrap and reusable pellet output.
02
Degassing and Filtration
Vacuum and screen-changing stages help remove gas, moisture, and residual contamination from the melt.
03
Pellet Output Check
The test reviews cutting, cooling, drying, and pellet consistency before shipment.
Review the PP Nonwoven Pelletizing Line
See the compactor, extrusion, degassing, filtration, and pelletizing configuration for meltblown and spunbond production scrap.
Talk with Energycle
Request a Quote
Tell us your material, capacity, and output target. We will recommend the right configuration for your recycling line.