Scrap Matel Recycling System/Recycling Machine
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- Model NO.: Scrap Matel Recycling System
- Origin: Guangzhou
- Trademark: Genox
- HS Code: 84778000
METAL SCRAP RECYCLING SYSTEM
GENOX METAL RECYCLING TECHNOLOGY
Our advanced Metals Recycling Plants are often installed at scrap metal recycling facilities
for the processing of various different metallic waste streams. Typical applications for these
robust, maintenance friendly systems includes; light iron scrap, ELV's (vehicle shells and
body panels),steel drums, white goods(refrigerators, washing machines etc.) electronic
scrap & computer waste (WEEE/E- Waste), and various other metal containing materials. Following the pre-shredding stage, the shreds are further reduced in size and densified by the Vertical
Shredder. During this process non-ferrous and non-metallic materials are liberated allowing them to be effectively separated. Drum magnets
and eddy current separators (where required) sort the shredded product into their
respective categories-ferrous, non-ferrous & non-metallics. The resulting steel frag product is both clean and compact with a high bulk
density, which is ideal for sale and for minimising transportation costs.
About XENO series Two Shaft Shredder
XENO series twin shaft shredders are extremely high torque, high throughput shear type
size reduction machines often used for pre-shredding of large volume or high strength materials which may contain contamination.
The unique modular split chamber design, provides excellent access to key components
therefore reducing maintenance downtime and service costs which is a huge advantage
when comparing machines of this size.
About OZMA series Vertical Shredder
OZMA Vertical Shredders are mainly applied in applications processing pre-shredded metal scrap from twin shaft shredding systems. These machines aggressively
size reduce and densify pre-shredded 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 crate a product which is both clean and of high bulk
density suitable for transportation.
Prior to delivery from our facility, all our scrap metal recycling systems are set up and
tested under "real world" conditions to ensure the plant capacity and quality of the finished
products is guaranteed. Customers are welcomed and encouraged to attend these trials
to see their plant in operation, receive training on the operation and maintenance of their
system, and to see similar equipment in build.
A typical Metal Recycling System properly including machines as below:
Steel Hinged Belt Conveyor
Suitable for the conveying heavy, sharp, difficult to handle materials in extremely
demanding working environments.
Twin Shaft Shredder
High torque, slow speed shredding of the input materials into manageable strips, typically
100mm wide X 300mm long, suitable for further processing in downstream equipment.
For the aggressive size reduction and densification of pre-shredded materials into into
50-80mm pieces, During this shredding process the material is sheared, crushed, rolled and
smashed, creating a clean, dense, steel frag product, whilst also liberating other materials
to allow for effective separations.
Central Dust Control System
Dust and fines created during the shredding process are extracted to a centralized filtration
system through a series of ducting.
Ferrous Metal Discharge
Separated ferrous material from the magnet system is conveyed to a single discharge point
Non-metallics material is conveyed to a drum screen(trommel) and can be segregated into
<25mm, 25-50mm &50mm+ fractions.
Eddy Current Separator
The non magnatic materials are conveyed to the ECS rotor at a controlled rate. The
material is separated by a diverter plate into non-ferrous (aluminium, copper & brass)&
non-metallic fractions (plastics etc.). These products can either be sold as is, or be further
processed and upgraded to increase their value.