STEINERT Wet Drum Separator
STEINERT - Wet Drum Separator
Steinert’s permanent magnet wet drum separators have been beneficiating iron ore and heavy media successfully for decades.
In iron ore processing, the wet drum separator separates magnetic iron ore such as magnetite from waste rock – at P80’s commonly down to 28μm. Steinert has continued to develop several aspects of the WDS. Heavy media recovery – magnetite or ferrosilicon – is near on 100% efficient. The feed mechanism and separation zone are optimised according to maximum flow principles. By introducing powerful neodymium iron boron magnets, fields of up to 7,000 Gauss can be achieved, meaning Steinert can also offer so-called medium-intensity magnetic separators (MIMS). Advanced 3D calculation software incorporating finite element analysis helps to fine tune the magnetic field. For greater throughput volumes, diameters of up to 1.2m and operating widths of up to 3.6m as well as back-to-back and parallel arrangements are possible.
To contact Sanwest about STEINERT Wet Drum Separator use Get a quote.
In iron ore processing, the wet drum separator separates magnetic iron ore such as magnetite from waste rock – at P80’s commonly down to 28μm. Steinert has continued to develop several aspects of the WDS. Heavy media recovery – magnetite or ferrosilicon – is near on 100% efficient. The feed mechanism and separation zone are optimised according to maximum flow principles. By introducing powerful neodymium iron boron magnets, fields of up to 7,000 Gauss can be achieved, meaning Steinert can also offer so-called medium-intensity magnetic separators (MIMS). Advanced 3D calculation software incorporating finite element analysis helps to fine tune the magnetic field. For greater throughput volumes, diameters of up to 1.2m and operating widths of up to 3.6m as well as back-to-back and parallel arrangements are possible.
To contact Sanwest about STEINERT Wet Drum Separator use Get a quote.
The STEINERT wet drum separator uses permanent magnets to separate magnetic iron ore, such as magnetite, from waste rock and recover heavy media. Neodymium iron boron magnets produce fields up to 7,000 Gauss, allowing STEINERT to offer medium-intensity magnetic separation. For greater throughput volumes, iron ore processors can arrange separators in back-to-back or parallel configurations.
- Heavy media recovery of magnetite or ferrosilicon is near 100% efficient
- Magnetic iron ore separation handles P80 values commonly down to 28 m
- Diameters up to 1.2 m; operating widths up to 3.6 m
- Feed mechanism and separation zone are optimised for maximum flow
- 3D calculation software uses finite element analysis to fine-tune magnetic fields
Source: listing by Sanwest on IndustrySearch · Updated 3 Nov 2026
AI Overview is generated by artificial intelligence and may contain mistakes.
Written by AI from the listing by Sanwest on IndustrySearch. It is meant to use only what that listing says, but it can still get details wrong, so check them with the supplier before you buy.
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