Erga ELKRON - Model ESS -Electrostatic Separator

• Separation/cleaning efficiency up to 99.8%
• High capacity
• Fine adjustment of separation mode
• Automatic cleaning of electrodes
• Touch Screen intuitive control
• Reliable components from the world leaders (Germany. Japan)
• Low power consumption (from 0.25 kW)
• Integral automatic protection system
• Dry separation method

ERGA ELKRON ESS electrostatic separator provides recovery of the finest metals and mineral particles with size from 0.040 to 8 mm and up to 99.8%. separation and cleaning efficiency of feed material.

Separation/cleaning efficiency up to 99.8%

Required separation mode is selected depending on feed material. Fine adjustment of the roll rotation frequency, position of the corona discharge and collecting electrodes, splitters and voltage of the corona electrode ensure up to 99.8% efficiency of separation and cleaning of the feed material.

High capacity

High capacity of ERGA ELKRON ESS machine is ensured by the enlarged diameter of collecting electrode (320 mm).

Automatic cleaning of electrodes

Automatic cleaning of collecting and corona discharge electrodes allows for downtime elimination.

Touch Screen intuitive control

The control panel is a 7-inch high-definition touch screen with user-friendly interface: 3 levels of access to settings(operator, engineer, service specialist). In addition to settings of main operating parameters of the product, it is possible to save settings of separation parameters for every type of material.

Dry separation method: pure economy!

ERGA ELKRON ESS electrostatic corona drum separator allows for replacement or supplement existing equipment, improving the quality of material separation with less power consumption and no time and money spent on water and drying**.

** comparing to wet separation method

Materials for dry concentration

• Precious metal ores of (Au, Ag);
• Non-metallic ores and materials (quartz sand, feldspar, etc.);
• Non-ferrous and rare metal ores of (titanium-zirconium, tin-tungsten, columbite-tantalite, etc.);
• Diamond-bearing ores.

• Separation of plastic from metal;
• Recycling of electric appliances;
• Recycling of LED lamps;
• Cable recycling;
• Recycling of PET bottles;
• Recycling of printed circuit boards;
• Recycling of plastic window profiles;
• Recycling of used tires.

• Chemical
• Glass
• Mining
• Recycling
• Refractories