Waste Printer Recycling Plant : Most professional printer recycling solution provided, Shredwell, Recycling.
Shredwell printer recycling plant are used to recycle all kinds of printers from different manufacturers and other electrical household appliances with our patented shredding and grinding technologies.
Shredwell scrap printer recycling plant adopts a specially designed heavy duty MS series Metal Shredder for the preliminary shredding, and a heavy-duty VS series vertical shredder or HM series hammer mill for further processing. After that a Dust collection system for removing the dust, a powerful magnetic separator is used for separating the ferrous metal, and an effective eddy current separator to remove the non-ferrous steel.
We offer both medium and high capacity plants which benefit from low maintenance & operational costs, and lower capital investment when compared with traditional system.
The double shaft shredder will shred the printer into small chips, then vertical shredder will grind them into smaller chips, magnet will attract the Ferrous metal out, eddy current separator will take out non-ferrous metal. And total we will get three output, ferrous metal, non-ferrous metal and mixed plastic waste.
Metal Shredder is specially designed for shredding waste metal like car, steel, aluminum, steel wire, cooper into clean-cut primary scraps down to size. with the special design of low speed, high torgue operation, minimized noise and power consumption high production.
shredder features a patented knife system manufactured for extremely durable and easily-replacing knife which result in giving the input metal clean and fast cut.
The unique structure of the knives in this machine can provide over hundreds of thousand tons working life. And the knives can be replaced partly to save maintenance time and cost for our customer.
Shredwell VS series Vertical Shredders are mainly applied in applications processing preshredded metal scrap from twin shaft shredding systems to produce required regular output material in metal recycle plant.
These machines in metal recycling system aggressively size reduce and densify preshredded material whilst liberating the various different fractions and allowing for better separations and reduced transport costs. The breakers in the upper part of the chamber smash the material until it is small enough to enter the gap between the milling rings and chamber liners. When the material enters the second stage the milling rings impact, grind and roll the material into clean fragments. When milled in to small enough pieces, the balled up material falls into the lower chamber. It is then ejected by the discharge paddle. The three above stages create a product which is both clean and of high bulk density suitable for transportation.