instructions
The Electrostatic Separator is mainly used for the material separation of recycled plastics with complicated material composition, such as plastics of household appliances, plastics of automobile interiorparts,plasticsof daily necessities, and soon.Materials need togothrough a very good pre-processing before entering the electrostatic sorting system for purification and sorting, but also need to increase the grinding and washing process, in order to make the material surface dirt or decay layer removal; wood chips, rubber, foam and other impurities should be in the cleaning line before entering the air sorting machine as well as large-scale sorting of impurities to remove, to ensure the quality of the final product.
After the removal of impurities and then drying the material into the electrostatic sorting machine host for the major categories of sorting, and then continue to keep warm and then enter the auxiliary machine for impurity component sorting. Finally get the main target products and secondary target products.
Output 300kg/h-4000kg/h, can be configured according to customer demand.
High Voltage Electrostatic Separator
[ES-A] High-Voltage Electrostatic Separator adopts a physical dry separation technology, requiring no chemical solvents or flotation agents. The entire process is free from chemical contamination and wastewater discharge, embodying green production from the source. The customized electrostatic separation system is designed to meet large-scale processing demands of 2,000–4,000 KG/H.
Applicable Industries:
Waste Plastic Recycling Industry: Sorting of mixed materials such as appliance shells, plastic bottles, automotive interior plastics, and electronic waste plastics.
Solid Waste Resource Utilization Industry: Harmless and resource-efficient treatment of industrial waste plastics, municipal mixed waste plastics, and rubber-plastic mixtures.
Recycled Plastic Pelletizing / Modification Industry: Providing high-purity feedstock for recycled pellets to improve product quality and increase market value.
Core Configuration:
Equipped with three-stage drying, dual air separation units, rubber separation, and multi-stage homogenization and mixing systems to ensure material dryness, cleanliness, and uniformity.
Fully automated control with Siemens PLC + touchscreen + variable frequency adjustment, ensuring stable operation and ease of use.
Features 5 electrostatic separation main units + 2 auxiliary units, using high-voltage electrostatic technology to precisely separate plastics of different polarities.
Application Results:
High Separation Accuracy: Capable of stably separating mixed plastics such as PP/PE/ABS/PS/PVC/PA, with purity reaching 95%–99%.
High Processing Efficiency: Single-unit processing capacity of 2,000–4,000 KG/H, suitable for continuous production in small to large-scale facilities.
Available Models:
Capacity (T/H): Type I: 1–1.5 T/H, Type II: 2–3 T/H, Type III: 3–4.5 T/H
Installed Power (kW): Type I: 2.7 kW, Type II: 5.4 kW, Type III: 8.1 kW
Separation Efficiency (%): All three models (Type I, II, III) can achieve over 98%
After the removal of impurities and then drying the material into the electrostatic sorting machine host for the major categories of sorting, and then continue to keep warm and then enter the auxiliary machine for impurity component sorting. Finally get the main target products and secondary target products.
Output 300kg/h-4000kg/h, can be configured according to customer demand.
High Voltage Electrostatic Separator
[ES-A] High-Voltage Electrostatic Separator adopts a physical dry separation technology, requiring no chemical solvents or flotation agents. The entire process is free from chemical contamination and wastewater discharge, embodying green production from the source. The customized electrostatic separation system is designed to meet large-scale processing demands of 2,000–4,000 KG/H.
Applicable Industries:
Waste Plastic Recycling Industry: Sorting of mixed materials such as appliance shells, plastic bottles, automotive interior plastics, and electronic waste plastics.
Solid Waste Resource Utilization Industry: Harmless and resource-efficient treatment of industrial waste plastics, municipal mixed waste plastics, and rubber-plastic mixtures.
Recycled Plastic Pelletizing / Modification Industry: Providing high-purity feedstock for recycled pellets to improve product quality and increase market value.
Core Configuration:
Equipped with three-stage drying, dual air separation units, rubber separation, and multi-stage homogenization and mixing systems to ensure material dryness, cleanliness, and uniformity.
Fully automated control with Siemens PLC + touchscreen + variable frequency adjustment, ensuring stable operation and ease of use.
Features 5 electrostatic separation main units + 2 auxiliary units, using high-voltage electrostatic technology to precisely separate plastics of different polarities.
Application Results:
High Separation Accuracy: Capable of stably separating mixed plastics such as PP/PE/ABS/PS/PVC/PA, with purity reaching 95%–99%.
High Processing Efficiency: Single-unit processing capacity of 2,000–4,000 KG/H, suitable for continuous production in small to large-scale facilities.
Available Models:
Capacity (T/H): Type I: 1–1.5 T/H, Type II: 2–3 T/H, Type III: 3–4.5 T/H
Installed Power (kW): Type I: 2.7 kW, Type II: 5.4 kW, Type III: 8.1 kW
Separation Efficiency (%): All three models (Type I, II, III) can achieve over 98%
parameter
| Model | ES-A Ⅰ | ES-A Ⅱ | ES-A Ⅲ |
| Capacity (T/H) | 1~1.5 | 2~3 | 3~4.5 |
| Total Installed Power (kW) | 2.7 | 5.4 | 8.1 |
| Final Sorting Efficiency (%) | 98 | 98 | 98 |
| Equipment Weight (T) | 1.6 | 3 | 4.4 |
| Noise Level (dB) | ≤75（Working Environment） | ≤75（Working Environment） | ≤75（Working Environment） |
| Dimensions (mm) | 1250×2250×4500 | 2350×2250×4800 | 3600×2250×4800 |
