Rotating magnetic separator

AGRIFON RM

Year of construction: 2018, condition: new, loading capacity: max. 1.000 Kg. coil inside diam.: min. 400 mm Chsdpfx Aksdx Ryysnjc coil outside diam.: max. 1.100 mm coil hight: max. 800 mm

Condition: refurbished (used), “Bakker Magnetics 29.723/12 – 800mm.” for Sale Manufacturer: Bakker Magnetics Type: 29.723/12 Belt widthness: 800 mm (New belt) Included: – New Control-unit Cedpew R N Tmsfx Aknshc

Condition: used, Year of construction: 1988, Technical details: pressure: 10 t workpiece diameter - max.: 40 mm threading length: 70-80 mm workpiece diameter min/max: 3 / 40 mm revolution per minute: 47-94 U/min feed speed: 0,5 - 6 mm/s work stroke: max. 7 mm total power requirement: 4,68 kW Weight approx.: 1,4 t dimensions of machine: 1,4 x 1,4 x 1,7 B T H m dimensions of hydaulic: 0,8 x 1,2 m Hydraulic drive manual and automatic cycle adjustable roller speed Codpjw D Aq Tofx Aknshc max. thread diameter 40mm min. thread diameter 3mm up to 3.5 mm pitch max. pitch 1.75mm roller width min. 80 mm max. 120mm shaft speed 47-94 roller shaft diameter 40 various rollers as accessories *

Condition: new, Year of construction: 2024, Gold River SWZ-700 water separators Application description: The GOLD RIVER SWZ series separator has been designed for special tasks, it can cope with the most difficult materials that contain many properties that disturb the separation process in separators commonly available on the market. SWZ water separators separate heavy fractions (non-ferrous metals) from, among others, plastics in the process of recycling secondary raw materials. SWZ separator equipped with a four-section copper water system equipped with radial nozzles with variable linear geometry. The separator uses the latest divided type of separation mat. The development of a modern module for preliminary division and preparation of material guarantees the purity of recovered raw materials in a very short time (plastics, metals). Why a water system? Our device uses a system similar to that used in the gold recovery industry. We use water as a carrier and a force that affects the materials in a gentle way. In the water system, all particles with higher mass are gently washed out and separated, generating no losses during the entire separation process. The properties of water together with our proprietary solutions are unrivaled compared to, for example, air separators. Chsdjua Tbwepfx Aknec SWZ type separators are used: Separation of heavy from light materials (metal granulates contaminated with plastic, foil, paper, cotton, fibers) Cleaning plastics after air separators (dry) Separation of metals in cable and non-ferrous metal recycling lines The SWZ-700 water separator, thanks to the use of the latest module, performs the separation process in a very short time, therefore it is characterized by a high hourly efficiency of separated material of approximately 1200 kg/h. Description of action: The material fed into the separator goes through the transport channel to the module for initial fraction division into its mass and humidity changes. Some of the material is separated at this stage. In the second part of the module, the humidity of the remaining batch changes. Then the material falls onto the separation table where the final fraction separation takes place. As a result of this process, we obtain valuable materials from both sides of the separator. Construction description: The massive structure and the inertial drive of the separator are made of materials appropriately selected to withstand the overloads resulting from vibrations. The supporting frame ensures excellent stiffness and failure-free operation for many years. Due to the type of vibration drive, the design does not require the installation of a soil separator. Separation table equipped with hydraulic adjustment of the angle of inclination. The separation table has a special module for initial division of fractions into their mass and preparation for final separation. The water system has several water pressure valves. The water circulation in the separator is closed. There is no need for constant access to an external water source because the device works using the water already in the tanks. Based on experience and continuous research in our laboratories. We are able to provide you with separators individually adapted to the specific nature of the material being separated. In various versions and sizes. SWZ-700 separators are manufactured to individual order.

Condition: excellent (used), tank capacity: 600 l, We can offer you an argon, nitrogen, oxygen, carbon dioxide and nitrous oxide tank: O2,N2,CO2,N2O pallet tank Cedpfx Ajvdb A Njknehc Manufacture: AGA CRYO Volume: 600 litres; Working pressure: 17,5 bar We also have other tanks for LIN, LOX, LAR, LNG and CO2, argon, oxygen, nitrogen and carbon dioxide, Hydrogen, Methane We would also be pleased to prepare an offer for you or provide you with further information. To discuss the possibilities, please contact us by phone or e-mail.

Condition: used, ORT RP18B overhauled Chedpfxeuua H Ro Aknoc

Condition: new, Year of construction: 2024, operating hours: 1 h, functionality: fully functional, Eddy Current separators from the Magnetic Series are mainly used in the waste recycling industry. The use of eddy currents allows for the recovery of non-ferrous (non-magnetic) metals from loose waste such as aluminum, copper, brass etc. The WPS separators are characterized by high separation accuracy due to the original solutions by ZŁOMIARZE, which guarantees high profitability of waste recycling. Wps separators are used in the recovery of: non-ferrous metals from the recycling of electronic waste Cedpfju Dg Uhex Aknjhc non-ferrous metals from car recycling metals from foundry waste aluminum in glass recycling processes non-ferrous metals from steel waste non-ferrous metals from municipal waste Description of Operation: The material delivered by the vibratory feeder is placed on the conveyor belt of the eddy current separator. The separator belt transports the material toward the high-speed magnetic rotor. The magnetic rotor creates high-frequency magnetic field by using maximized system of alternating magnetic fields. The alternating magnetic field induces eddy currents in metals. These currents counteract the external field and lead to the rejection of colored metals outside the material stream. A divider installed at the end of the separator is provided for the separation of materials. The central magnetic rotor has been designed to handle the smallest materials, providing the ability to recover particles up to 1 mm in diameter. We also have larger sizes of eddy current separators - catalog in documents.

Year of construction: 2025, condition: new, functionality: fully functional, The ASCO® SD COMPACT screening drum is constructed from a robust, foldable structure and is a semi-mobile machine. The screening drum is used for screening coarse materials such as soil, gravel, wood chips, various waste, and chip bundles, making it ideal for the recycling industry. The screening drum can also be upgraded with a bunker and an extension. This creates a system with a bunker belt that can be operated in both directions, is quickly interchangeable, and features fully electric control. In conjunction with the extension, we gain additional screening area and the option of a third fraction. It's worth mentioning that the drum can be changed on both the screening drum and the extension. There are seven different drums available for the screening drum and four different drums for the extension. Technical Specifications: - Drum length: 2.1 m - Usable drum length: 1.7 m - Drum outer diameter: 1.3 m - Usable screening area: 7 m² - Bucket width: 2.3 m - System capacity: 20 - 50 t/h - Mesh size: Ø6 - Ø100 mm - Hopper opening: 2.24 x 0.85 m - Speed (adjustable): 5 - 20 rpm - Drive power: 400V / 5.5 kW (optional 7.5 kW) Csdpfxer Akndj Aknshc - Filling height: 2.55 m - Weight: 1500 kg - Length: 3.34 m - Width: 2.36 m - Height: 1.95 or 2.92 m (with support) Options: - Vibration motors for emptying the hopper - Drum rotation in both directions - Six different drum variants - Cleaning brush - Easy drum replacement - Two-wheel drive - Hour meter

Year of construction: 2020, condition: new, Dimensions: 250x250x80mm Filter systems are used for the thorough separation of finest ferrous metal contaminants. Examination of shoe goods Universally applicable in pipe systems, funnels & slides Easy handling and cleaning Permanent magnetic filter grids can be manufactured in round, rectangular or square design. Chedpfx Ajdzqw Ioknoc Ferrous particles are reliably filtered out of the ware as they pass through the grates. In addition, this design provides easy cleaning of the stave. The filter system can be removed from the jacket with a handle. The maximum operating temperature is 80 ° C.

Condition: new, Year of construction: 2026, Extremely powerful industrial magnet for iron separation Special price: €990 net (shipping €14.90 net) *Construction lengths can be found in image 2 The active side is equipped with a stainless steel end plate (material 1.4301). Threaded holes are provided on the rear side for mounting; *handle available on request The block magnet systems can be used at temperatures of up to max. +100°C operating temperature. The magnet surface should be cleaned regularly from captured iron parts. Pickup distances for all types, for example: For a steel nut M5: approx. 60 mm For an M5 x 30 screw: approx. 100 mm Mounting example 1: Mounted above a conveyor belt, 'iron parts jump onto the holding surface of the magnet.' Mounting example 2: Mounted within a pipeline system with direct contact to the material flow. For maximum separation safety, a cascade setup of multiple block magnets in series is possible. Assembly and safety instructions: When handling, already upon unpacking and later during installation, ensure that there are no loose iron parts, such as tools or screws, nearby. Csdpjtqfhxsfx Aknohc The magnetic force is so strong that painful injuries may occur if fingers get caught between iron parts and the active surface. There should be no steel parts under the active surface within a minimum distance of 400 mm.