Products
Products

Air separator Resoline Air Flow
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Separation/cleaning efficiency up to 98%
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Adjustable separation parameters
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High throughput
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Low power consumption

Air separation complex Resoline Air Flow for RDF preparation
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Industry: recycling
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Raw material: municipal solid waste
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Size of feed material: up to 150 mm
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Throughput: up to 20 t/h

Optical sorter Sortika VF
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Separation efficiency up to 99,99%
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Operation with difficult abrasive materials
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User-friendly and fast setup
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Two stages of separation in one housing

Resoline ferrous scrap cleaning line
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Industry: ferrous metallurgy, recycling
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Raw material: ferrous scrap
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Size of feed material: 0-300 mm
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Capacity: 10 t/h

Resoline crushing and screening complex for processing of steel slag
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Industry: iron and steel industry
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Raw material: steel slag
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Size of feed material: 0-300 mm
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Capacity: 100 t/h (maximum up to 140)

Resoline incineration bottom ash recycling line
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Industry: MSW treatment
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Raw material: bottom ash from MSW incineration plant
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Size of feed material: 0-100 mm
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Capacity: 15 t/h

Overbelt self-cleaning magnetic separator for MSW ERGA SuspendMag A
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Increased length of permanent magnetic system
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Efficient throw of magnetic fraction outside conveyor
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Removal area depth up to 350 mm
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Mass of recovered metal up to 30 kg

Eddy current magnetic separator for MSW sorting ERGA EddyFlow VF
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Recovery of nonferrous metal particles from 2 mm
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Highly efficient NdFeB magnetic system
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Fine adjustment of separation mode
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Material feed via a vibrating feeder

ERGA MM magnetic couplings
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Design with in-house produced NdFeB or SmCо permanent magnets
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No leaks, contamination and maintenance
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No power consumption
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Minimum service life 10 years

Magnetic drum separator ERGA DrumMag
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Permanent magnetic system with intensity from 0.08 to 1.0 Т
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Efficient recovery of magnetic inclusions with size from 300 mm to 0.02 mm
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Automatic cleaning
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Operation temperature range from -50°С to +50°С

Automatic magnetic plate separator ERGA PlateMag A
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Production automation
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Highly efficient magnetic system with magnetic intensity up to 0.9 T (9 000 Gauss)
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Product cleaning efficiency up to 99%
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Reliable retention of fines

Magnetic pulley ERGA PullMag
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2 in 1: magnetic iron separator + head pulley
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Magnetic field operation range up to 350 mm
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No power consumption
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Automatic cleaning

ELKRON ESS electrostatic separator
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Separation/cleaning efficiency up to 99,8%
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High capacity
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Fine adjustment of separation mode
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Automatic cleaning of electrodes

Air separator (pneumatic separator) ERGA ZZFlow
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Separation/cleaning efficiency up to 99%
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High throughput
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Adjustable air flow
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Low power consumption

Overbelt self-cleaning magnetic separator ERGA SuspendMag A
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Efficient operation in harsh conditions
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Removal area depth up to 550 mm
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Mass of recovered metal up to 60 kg
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Powerful permanent magnetic system

Resoline nonferrous scrap recycling line
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Industry: recycling, ferrous metallurgy, nonferrous metallurgy
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Raw material: shredder residue (ferrous and nonferrous metal scrap)
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Size of feed material: 0-300 mm
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Capacity: 5 t/h
At the first stage of the permanent magnet production, the raw materials are sorted and delivered to the melting shop. Iron, neodymium, ferroboron (or samarium, cobalt) and other necessary components are fed into the melting furnace and melted in argon. The furnace gradually heats up to1500 ° C, the temperature at which the raw materials melt.
In 40 minutes the alloy will be almost ready; it only needs to be cooled. Ingot of material is removed from the mold, powder is subsequently obtained from ingots to manufacture permanent magnets. The alloy must be crushed to from powder ranging about 5 microns. To obtain the powder of the desired fraction, the ingots are treated in three types of mills: coarse, medium grinding and pulverizing. Every machine grinds up to 200 kg of metal per work shift.
The finished powder consists of micromagnets ranging no more than 5 microns. Under the press, the mass gets the desired shape, and its constituent particles - orientation in the magnetic field. The powder is compacted in magnetic field. The result is a magnet press blank.
The blank is immediately placed in a vacuum bag: the alloy powder is oxidized in open air, which means that its magnetic properties change. In addition, powders can ignite at any moment. The blank will remain in the protective film until the moment of sintering. The temperature inside the oven reaches 1200 °C. The magnets are sintered and heat-treated for up to 3-4 days. During this time, the micromagnets in the alloy will be compacted and get monolithic shape. Only now the bars are ready to turn into permanent magnets.
See also