The Application and Features of Eddy Current Systems
Investing in the latest technology and machinery to help with the recycling of metal and scrap metal is incredibly beneficial for not only us but the surrounding environment. The role of the eddy current systems in the recycling industry is a simple yet effective one which requires the latest, top of the range eddy current systems to perform effectively and efficiently.
But how do eddy current systems work? The purpose of the eddy current systems is to identify and remove all non-ferrous metals from the waste that come from recycled shredded material. The system uses a rotating drum with magnets to recover non-ferrous metals while everything non-metal is left unaffected, making eddy current systems perfect for the isolation of different types of metal separated from one another. This drum rotates at high speeds to form an electrical current which has the ability to separate the non-ferrous metals from the process stream.
Key Features of The Eddy Current System
Eddy current systems are widely used and trusted throughout many industries because of the essential feature they incorporate to provide the most effective metal separation. One of these features include eddy current system being available in different configuration options. This is so the eddy current systems are set to achieve maximum separation capabilities for project at hand.
In addition, another key features of eddy current systems are the utilization of rare earth magnets. These magnets in eddy current systems provide the repelling force needed for the separation of metallic materials from non-metallic material to provide a cleaner high quality product. Rare earth magnets enable eddy current systems the capability of separating domestic and industrial waste into two individual containers, separating non-ferrous metals such as aluminium and copper from non-metallic materials such as wood and plastics.
These essential features and the industrial applications the eddy current systems possess have made them crucial equipment for the separation of ferrous and non-ferrous metal across a variety of industries.
Industrial Applications Include:
– Aluminium can recovery
– Material recovery facilities
– Wood recycling
– Electronics and WEEE recycling
– Glass recycling
– Fridge recycling
– Incinerator bottom ash
– Fragmentiser plant / Auto scrap