Home Appliances Garbage Shredding And Sorting Electronic Products
Digital Waste
Home Appliances Garbage Shredding And Sorting Workflow
1. Preliminary crushing: Home appliance garbage is first
transported to the crusher for preliminary crushing, breaking it
into smaller materials.
2. Vibration feeding and magnetic separation: The crushed materials
are evenly transported to the magnetic separator for magnetic
separation through the vibrating feeder. The magnetic separator can
separate magnetic materials such as iron metal.
3. Eddy current sorting: The materials after magnetic separation
enter the eddy current separator.
The eddy current separator uses the difference in material
conductivity to separate non-ferrous metals and non-metals such as
plastics.
4. Airflow sorting: Non-ferrous metals are then separated by the
airflow separator.
The airflow separator accurately separates non-ferrous metals such
as copper and aluminum by adjusting the airflow speed and
direction.
5. Dust removal system: During the entire processing process, a
dust removal system is equipped to capture and treat the generated
dust. The dust removal system ensures the cleanliness of the
working environment while reducing the impact on the environment.
Key Benefits of Home Appliances Garbage Shredding And Sorting
1. High resource recovery efficiency: After household appliance
waste is shredded and sorted, various valuable materials, such as
metals, plastics, etc., can be efficiently separated. For example,
for every ton of scrap steel recycled, 800 to 850 kilograms of
finished steel can be made, saving the amount of iron ore being
mined.
2. Environmentally friendly: During the shredding and sorting
process, the dust removal system can greatly reduce the generation
of dust and reduce environmental pollution. By crushing and tearing
discarded household appliances, the waste can be effectively
utilized and environmental pollution of metal materials can be
avoided.
3. High degree of automation: Using automation and intelligent
control technology, the entire shredding and sorting process does
not require a lot of manual participation, reducing labor costs.
The operation is simple and convenient, and no professionals are
required for operation and maintenance, which reduces the skill
requirements for operators.
4. Low maintenance cost: The shredder has low maintenance cost and
does not require much repair and maintenance work, which reduces
operating costs.
5. Significant economic benefits: After processing the recycled
waste household appliances, various valuable materials can be
obtained, bringing economic benefits to the enterprise. At the same
time, it also reduces the need for raw industrial data mining,
further saving costs.
6. Promote sustainable development: Shredding and sorting household
appliance waste not only contributes to the recycling and reuse of
resources, but also promotes the sustainable development of the
household appliance industry. By reducing waste pollution to the
environment, environmental protection and improvement are achieved.
7. Strong applicability: This technology can be applied to various
types of household appliance waste treatment, including large
household appliances and small household appliances. Through
modular design, the processing flow can be easily expanded or
adjusted to adapt to different processing needs.
Home Appliances Garbage Shredding And Sorting Specification Table
| model | Fixed knife*moving knife
(piece) | Power
(KW) | Diesel engine horsepower | Screen aperture
(MM) | Crushing capacity
(KG) | Length x width x height
(MM) | Chassis inner width
(MM) |
| 300-A | 4x6 | 5.5 | 7.5 | ≥1 | 40-150 | 1000*700*1300 | 320 |
| 400-A | 4x6 | 7.5 | 10 | ≥1 | 80-400 | 1200*850*1400 | 420 |
| 500-A | 4x6 | 11 | 15 | ≥1 | 100-500 | 1500*1100*1650 | 520 |
| 600-A | 4x6 | 15 | 20 | ≥1 | 200-600 | 1600*1200*1700 | 620 |
| 800-A | 4x6 | 22 | 30 | ≥1 | 300-1100 | 1700*1500*2050 | 820 |
| 1000-A | 4x6 | 30 | 40 | ≥1 | 400-1500 | 1800*1780*2200 | 1020 |
| 1200-A | 4x6 | 37 | 50 | ≥1 | 500-2000 | 2500*2100*2700 | 1220 |
