THE RESOURCE SEARCH ENGINE

The recovery of non-ferrous metals using the STEINERT EddyC and the sorting of light and heavy metals in small grain sizes using the STEINERT XSS-T is nothing new. But what is new is the option of using X-ray fluorescence to economically separate ultra-pure products down to a fine grain of 5 mm and recover zinc, brass and copper in their purest form at this grain size. After separation, the qualities are pure enough to be ready to smelt.

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Process household waste to perfection with sensor-assisted technology and efficiently recover valuable materials.

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Market a product with assured quality. Cut combustion costs and return the structural material to the recycling process. For collecting all plastics – especially dark-coloured plastics – and material from plastics waste products.

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Effective sorting of dark objects by plastic type using HSI NIR technology helps turning plastic residues into new goods

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The most important tasks in sorting today include achieving a high yield and the purity of the sheet packaging materials, most of which are made from polyethylene.

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Use the STEINERT KSS (combination sorting system) as a platform for various sensors – for 3D, colour and induction recognition. As a fourth sensor for the system, we also offer near-infrared, x-ray transmission or x-ray fluorescence sensors.

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Our STEINERT EddyC® FINES non-ferrous metal separator for recovering incineration bottom ash from facilities that incinerate household waste for especially fine-grained materials in the range of 0.5-10 mm.

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Most industrial minerals can be effectively separated from waste rock by means of sensor sorting.

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