A: The GE series is a cost-effective and economical crusher designed for online recycling in plastic production lines. It is particularly adept at processing various small and medium-sized hollow materials, including injection molded parts, blow molded parts, profiles, sheets, films, etc. Whether it's scrap generated within the factory or post-consumer waste plastics, the GE series can crush them into high-quality fragments with uniform particle size, ready for direct reuse.
A: The GE series rotor utilizes efficient double-scissor cutting technology and a V-shaped rotor design.
* High efficiency and energy saving: Compared to traditional cutting methods, double-scissor cutting achieves greater shearing force with less power consumption, resulting in significant energy savings.
* Uniform fragments: The V-shaped arrangement of the blades ensures that the material is always concentrated towards the center of the rotor, preventing material accumulation and producing highly consistent recycled fragments.
* Stable performance: The combination of a fully welded steel structure chamber and the V-shaped rotor ensures long-term stability of the machine during high-speed operation.
A: Aceretech has fully considered ease of maintenance in the design of the GE series:
* Quick cleaning: The compact body design allows for easy access to the cutting chamber, enabling quick cleaning and replacement of moving blades, fixed blades, and screens.
* Durable blades: High-hardness, wear-resistant alloy steel blades are used, and they support multiple sharpening, significantly reducing consumable costs.
* Intelligent monitoring: Regular inspection of blade wear is recommended, and the overload protection function of the PLC intelligent control system should be used to prevent foreign objects from causing unexpected shutdowns.
A: Yes. Aceretech offers highly flexible customization options:
* Rotor size: Rotor widths range from 500mm to 1400mm, which can be selected according to your processing capacity. * Automated Configuration: Automatic feeding systems, pneumatic conveying systems, or dust removal devices can be integrated according to factory needs to create a fully automated plastic recycling line.
* Targeted Design: For high-hardness or specially viscous materials, we can adjust the rotor design and blade arrangement.
A: For large headstock materials or large pieces of waste, Aceretech recommends the "shred first, then crush" principle.
* Equipment Protection: Processing large pieces of material with a shredder (such as the LS or HS series) significantly reduces the impact load on the GE fine crusher.
* Increased Productivity: This combination ensures stable current, reduces energy consumption per unit of output, and significantly extends the service life of the crusher blades, making it the industry's preferred solution for efficient and low-cost plastic recycling.
