An Eccentric Eddy Current Separator is a machine designed to efficiently separate non-ferrous metals such as aluminum and copper from materials like PET flakes and other plastics in recycling processes.
This separator is specifically designed to handle PET flakes and can effectively separate non-ferrous metals from various plastic materials.
The Eddy Current Separator requires a power supply of 5.5 KW to operate effectively.
The machine weighs approximately 2000 kg, making it robust and durable for industrial applications.
The Eccentric Eddy Current Separator boasts a 100% efficiency rate in separating non-ferrous metals from plastics.
Yes, the Eddy Current Separator is designed for ease of operation and maintenance, making it user-friendly for recycling facilities.
This separator is ideal for plastic recycling plants, metal recovery facilities, waste management companies, PET product manufacturers, and environmentally friendly recycling programs.
The core components include a motor, bearing, and gearbox, which contribute to the machine's overall performance and reliability.
The Eddy Current Separator comes with a 1-year warranty, ensuring peace of mind for customers.
Yes, the Eddy Current Separator is certified with CE, ISO, and AQA standards to ensure quality and safety in its operation.
Yes, a machinery test report is provided with the purchase of the Eddy Current Separator for quality assurance.
Yes, we provide a video of the outgoing inspection to demonstrate the functionality and quality of the separator before delivery.
Yes, the separator features an adjustable eccentric rotor position that can be modified for optimal performance based on specific recycling needs.
The separator is constructed with high-quality materials to ensure durability and longevity, making it suitable for heavy-duty applications.
By efficiently separating non-ferrous metals from plastic materials, the Eccentric Eddy Current Separator enhances the overall recycling process, reducing contamination and increasing material recovery rates.
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