Dirty PE Film being washed then discharging dry material from SCREW PRESS (Telford Smith)

TELFORD SMITH ENGINEERING offer the RUNI screw press. | Washed film is discharged from the Sink Float Tank into the Friction Washer and then directly into the Screw Press. Dry material then discharges from the Screw Press.
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Plastic film recycling with RUNI screw compactor
Press the water out of your PE film, also known as polyethylene film and save energy and money. RUNI SK370 presses water out of the shredded and washed PE film. This method is less energy intensive than the traditional drying with centrifuge and thermal heat - save energy in your PE film recycling process.
Plastic film recycling
PE film is widely used in our everyday lives - you probably meet it every single day. Because polyethylene film is used for food packaging, grocery bags, medical packaging etc. as it is a product of great demand; however, it is non-degradable. There it is more important than ever that the used plastic film can be sent to recycling centres with a PE film recycling machine, and in that way be used for new plastic products.
Furthermore, burning PE film will cause pollution of the air, which is why recycling is by far the best choice of action. Our screw compactors can help you save energy in your PE film recycling process and gain the most from your resources.
The process of plastic film recycling is to shred the material into smaller pieces and to have it washed thoroughly and then dried. Traditionally, the drying process is carried out using hot air, centrifuging and agglomerating. However, a considerable amount of this energy demanding drying the PE film process can be replaced by pressing the water out of the wet PE film using a RUNI screw compactor SK370. Afterward the plastic can be pelletized in a PE film recycling machine.
Press water out of the washed PE film
The drying/compacting process increases the dry matter content of PE film from 60% to 90% at a low energy consumption of only 24 kW per 1.000 kg PE film. When the screw compactor is installed right after the centrifuge the process will be faster and increase the capacity on the whole drying line. The investment will quickly be recouped.
The RUNI Screw Compactor SK370 has been developed to operate on a fully automatic production line, 24 hours a day, 7 days a week of approx. 800 kg per hour.
A de-compactor unit can be installed to loosen the PE-film after it has been compacted. This can be useful if the PE film should be blown to next step.
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[@awunoruv]

I want this machine in Nigeria. How can I get it please??

[@harunadhiya2634]

Kaha ka ne bhai

[@telfordsmithmachineryengin4958]

If you are interested in a price, visit www.telfordsmith.com.au or e-mail [e-mail]

[@harunadhiya2634]

Im intres

[@telfordsmithmachineryengin4958]

If you are interested in a price, visit www.telfordsmith.com.au or e-mail [e-mail]

[@umairshahid4391]

Price

[@telfordsmithmachineryengin4958]

If you are interested in a price, visit www.telfordsmith.com.au or e-mail [e-mail]

[@plastsolutions1]

I can guarantee that is a lie . That is not dry. Maybe telford smith does not know what dry means !

[@telfordsmithmachineryengin4958]

Hi Peter,
Thanks for the comment! it really helps our videos and gives us the opportunity to go into greater detail.
The drying/compacting process of the Runi Screw Press increases the dry matter content of PE film from 60% to 90% at a low energy consumption of only 24 kW per 1,000 kg!
This is the most cost efficient and in our opinion the most effective way to dry PE material before downstream processing.
Please let us know if you have any more questions or if there is anything else I can help you on relating to the Runi compactors and their effectiveness.
Have a great day.

[@plastsolutions1]

@@telfordsmithmachineryengin4958 would be fairer and more accurate to describe output as "damp" not "dry" ,otherwise it is just like greenwashing when some company descrives their shoes as made with "ocean plastic" , yet they only use the PET fraction and fail to tell what happens to all the rest of collected polymers .... just saying could be less misleading to reader if accurate descriptions are stated at the outset.