(A)SR Basic
The perfect basis for the complete separation of non-ferrous metals
Cost-effective processing of shredder residue starts with the (A)SR Basic system from SICON:
A perfectly coordinated combination of ferrous metal separation, efficient and maintenance-free screening, non-ferrous metal separation using eddy currents, and FinesTuning® for the fraction smaller than approximately 20 mm. SICON eddy current separators also enable the separation of a so-called long-throw fraction, which can optimize further processing steps.
Based on this interaction of well-coordinated system components, (A)SR Basic enables complete separation of non-ferrous metals (Zorba) down to the fine-grain range of <1 mm. (A)SR Basic is fully automated and can be connected directly to a shredder system or operated as a standalone unit.
SICON also provides custom upgrades for existing systems. If you wish to improve the performance of your existing system, please contact our experts.
(A)SR Basic
The (A)SR Basic from SICON provides a complete plant for the processing of shredder residues in one system!
(A)SR Basic - Your benefits at a glance
- Comprehensive processing in a single system (ferrous metal separation, screening, non-ferrous metal separation, FinesTuning®)
- Optional: Feed hopper to decouple the process from the actual shredding operation, thereby eliminating load peaks for more effective separation
- Multi-stage screening with SICON Screening Tower
- Optional weighing system for incoming material flow and end products
- Optionally integrable air separation technology (SICON AirSort®) to optimize metal recovery by separating lightweight materials
- Intelligent process data acquisition (throughputs, operating times, mass balances, malfunctions, etc.), SICON IoT system for customized plant management
- Throughput capacities of up to 80 t/h possible
Input:
Output:
Product video
This video demonstrates the operation, modular design, and advantages of shredder processing. It also provides a more detailed description of the input and output materials.
Duration: 5:00 minutes
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