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E- waste shredding system
How to solve the problem of E- waste shredding system?
In today’s era, various electronic products dominate our lives, each controlled by a circuit board. However, every circuit board has a lifespan and a scrap deadline. Some electronics become discarded due to external impacts, rendering them non-functional. This directly results in the generation of electronic waste.
Discarded circuit boards are a mixture of glass fiber-reinforced resin and various metals, representing typical electronic waste. Improper handling and disposal not only lead to significant loss of valuable resources but also contain harmful substances like cadmium and brominated flame retardants, which can cause mutations, carcinogenesis, and environmental damage.
Despite the challenges in recycling and processing, circuit boards contain substantial economic value within electronic waste. The metal content in circuit boards can exceed 40%, predominantly copper, along with metals like gold, tin, nickel, lead, and silicon, including rare metals. Through crushing and processing, these metals can be reclaimed, promoting resource regeneration and reuse.
Applicable Materials
Output materials
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Bulky Waste Shredding System Components
Dual-Shaft Shredder
The dual shaft E waste shredder is used for the pre-shredding treatment of waste circuit boards, this equipment features strong power, stable and efficient operation, significant shear force, excellent shredding effects, low noise, and smooth operation.
Crusher
Primarily used for further crushing the shredded circuit boards, the material is sieved through a mesh screen to obtain uniformly sized particle fragments. This process offers characteristics such as high crushing efficiency and stable operation.
Airflow Separator
Through the airflow separator, under the influence of wind force, materials undergo amplitude movement on a tilted sieve surface, leading to deflection and separation of metals and plastics from the material.
Electrostatic Separator
By adjusting the input voltage through a transformer to create a high-voltage magnetic field of 100,000 volts, metals with conductivity are adsorbed due to the high voltage, achieving the separation of metals from plastics.
Pulse Dust Collector
Utilizing an automatic pulse cartridge-type dust collector, this system possesses strong dust-cleaning capabilities and high dust removal efficiency. It can centrally collect the generated dust through pipelines, effectively improving the working environment.