This video shows the pre-shipment trial run of our high-efficiency PET film squeezer, a critical component for any advanced washing line. Watch as we feed wet, clean PET film flakes and achieve a final moisture content of less than 2%, creating a densified, extruder-ready material.
The wet film flakes are fed into the squeezer’s chamber. A powerful, slowly rotating screw conveys the material forward, generating immense pressure that mechanically squeezes the water out through a specialized screen. The friction also heats the material, further aiding in moisture removal and densifying the flakes.
The powerful screw mechanism mechanically squeezes out excess liquid, drastically reducing moisture content to levels below 2%—far superior to traditional centrifugal dryers.
The process compacts the light, fluffy flakes into densified, free-flowing agglomerates. This significantly reduces volume, saving you money on storage and transportation costs.
Configured around the machine shown in this test run, with card count based on the real selling points available on the page.
The wet film flakes are fed into the squeezer’s chamber. A powerful, slowly rotating screw conveys the material forward, generating immense pressure that mechanically squeezes the water out through a specialized screen. The friction also heats the material, further aiding in moisture removal and densifying the flakes.
The powerful screw mechanism mechanically squeezes out excess liquid, drastically reducing moisture content to levels below 2%—far superior to traditional centrifugal dryers.
The process compacts the light, fluffy flakes into densified, free-flowing agglomerates. This significantly reduces volume, saving you money on storage and transportation costs.
By providing a consistent, low-moisture material, this system ensures a stable extrusion process, preventing air bubbles and producing a predictable, high-quality final pellet.
See the related machine page for specifications, applications, and available capacity options.