Metal recycling

Progress in metal recycling is the STEINERT tradition.

This is true for the processing of mixed automotive scrap, for alloy-specific aluminium scrap and for complex e-waste. The reclamation of recoverable metals is of great importance - in political, environmental and economic terms. Both raw materials and valuable residues that are used in product design are growing increasingly complex. Today, therefore, flexible and forward-looking technologies are required in the materials processing industry. And we have them: innovative, sensor-based solutions for high sorting depths, resulting in effective metal recycling.

Aluminium recycling

As a lightweight, high-performance material, aluminium is increasingly replacing classic materials such as steel in order to save weight and thus energy, especially in automotive engineering. This makes the recovery of this metal more interesting as a value-creating process. Aluminium scrap has a wide range of material compositions and fractions. They come from an extensive of built-in…

Automotive shredder residue (asr)

Vehicles are an example of complex end-of-life products. A motor vehicle comprises some 10,000 parts and about 40 different materials. By comparison, in the 1990s a mid-sized vehicle still comprised up to 70% steel and iron materials. Today, however, the trend is towards greater use of lightweight materials such as aluminium alloys and polymers.In a shredder system commonly designed for vehicles,…

Cable recovery

In Germany alone, roughly 150,000 t of cable waste is generated each year. The high-value materials from these electrical cables and their recovery are an important source of valuable raw materials that can be fed back into the economic cycle. With our special sensor sorting techniques, quality equal to that of primary materials can be created that have many possible uses and that can…

E-Scrap recycling

The use of electrical and electronic components is increasing across industry and commerce, but in particular in the domestic sphere. Use of electronic devices is increasing massively worldwide, in particular in the information and communication sectors. This trend is leading to an increase at the same rate in the volumes of electrical and electronic scrap, which is designated internationally as…

Non-ferrous metal recycling

An important role in the recycling of non-ferrous metals is played by the quality of the processed, segregated metals to ensure that they can be used in the smelter and to achieve added value and marketable products. Recover non-ferrous metals with STEINERT EddyC®We offer you an efficient and effective solution for non-ferrous metal recovery with our STEINERT EddyC® eddy current s…

Shear scrap

Steel scrap that finds its way, after passing through the press and the scrap shear, to the steelworks as a recoverable recycling material, is often contaminated with impurities such as textiles and rubber and sometimes also with scraps of non-Fe metals.This brings significant disadvantages to the steel production process. In addition to unproductive energy consumption in the smelting furnace…

Shredder scrap

Shredder plant deliver a substantial momentum in the recovery of iron and steel scrap. With drive unit outputs of up to 12,000 HP they shred the input material, such as car bodies, in seconds.This high-energy shredding of the metals contained in end-of-life vehicles places high demands on the material and technology of the shredding system. All the more decisive, then, is the subsequent…

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Metal recycling

Progress in metal recycling is the STEINERT tradition.

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