As the wave of retired photovoltaic panels arrives, how to turn mixed materials after crushing into valuable resources? The electrostatic separator is a pivotal sorting tool in the PV panel recycling process, accurately separating glass, metals and silicon materials with its precise separation technology to achieve efficient resource regeneration.
Based on high-voltage electrostatic field technology, the electrostatic separator leverages the conductivity differences of materials. It makes conductive metal particles such as copper and silver charged and deflected, separating them accurately from non-conductive materials like glass and silicon powder. This not only enables efficient extraction of precious metals, but also improves the sorting purity of glass and silicon materials, ensuring all valuable components in PV panels are sorted with precision.
The dry separation process produces no waste liquid, avoiding secondary pollution from chemical treatment. It not only meets environmental protection requirements, but also maximizes the reuse value of recycled materials. From crushed mixture to high-purity recycled materials, the electrostatic separator breaks through the key sorting link of PV panel recycling with hard-core technology, turning retired PV panels into real "urban minerals" and boosting the circular closed loop of the photovoltaic industry.
