Pemisah magnetik yang berputar

AGRIFON RM

Tahun pembuatan: 2018, Kondisi: baru, Load capacity: max. 1,000 kg. Fodpfxodx Ryyj Adqepn Coil inner diameter: min. 400 mm Coil outer diameter: max. 1,100 mm Coil height: max. 800 mm

Kondisi: diremajakan ulang (bekas), Bakker Magnetics 29.723/12 – 800 mm dijual Pabrikan: Bakker Magnetics Tipe: 29.723/12 Fpedpfxow R N Tmo Adqjn Lebar sabuk: 800 mm (sabuk baru) Termasuk: – Kontrol baru

Kondisi: bekas, Tahun pembuatan: 1988, en-technical-details Technical Details: Pressure: 10 t Workpiece diameter - max.: 40 mm Thread length: 70-80 mm Workpiece diameter min./max.: 3 / 40 mm Spindle speeds: 47-94 rpm Feed rate: 0.5 - 6 mm/s Stroke: max. 7 mm Total power requirement: 4.68 kW Machine weight approx.: 1.4 t Machine dimensions: 1.4 x 1.4 x 1.7 (W x D x H) m Hydraulic unit dimensions: 0.8 x 1.2 m Hydraulic drive manual and automatic cycle adjustable roller speed max. thread diameter 40 mm, min. thread diameter 3 mm up to 3.5 mm pitch, max. pitch 1.75 mm Roll width min. 80 mm, max. 120 mm Fsdpew D Aq Tofx Adqjpn Shaft speed 47-94 rpm Roller shaft diameter 40 mm various rollers as accessories

Kondisi: baru, Tahun pembuatan: 2024, Gold River SWZ-700 water separators Application description: Fedpfoua Tbwjx Adqjpn The GOLD RIVER SWZ series separator is engineered for demanding applications and effectively handles challenging materials that disrupt separation processes in commonly available market separators. SWZ water separators specialize in separating heavy fractions (non-ferrous metals) from plastics and other materials during secondary raw material recycling processes. The SWZ separator is fitted with a four-section copper water system featuring radial nozzles with adjustable linear geometry. The unit incorporates the latest generation divided separation mat. A modern pre-separation and material preparation module ensures rapid recovery and high purity of reclaimed materials (plastics, metals). Why use a water system? Our device utilizes a system inspired by gold recovery technology. Water acts both as a medium and a gentle separating force on materials. Heavier particles are gently washed and separated, ensuring no losses throughout the process. The unique properties of water, combined with our proprietary solutions, outperform traditional air separation technologies. SWZ-type separators are used for: - Separation of heavy and light materials (such as metal granulates contaminated with plastics, film, paper, cotton, fibers) - Cleaning plastics following air (dry) separation processes - Separation of metals in cable and non-ferrous recycling lines The SWZ-700 water separator, equipped with the latest module, achieves rapid processing, offering a high throughput of approximately 1200 kg/h. Operation description: Material enters the separator via the conveyor chute, reaching the module for initial fractionation based on mass and moisture parameters. Some material is separated during this initial stage. In the second module segment, the moisture content of the batch is further adjusted. Material then descends onto the separation table for final fraction sorting. This process yields recoverable materials on both sides of the separator. Construction features: The robust structural frame and inertia drive are constructed of materials selected to resist overload from vibration. The supporting frame offers excellent rigidity for reliable, long-term service. Thanks to the vibration drive design, no soil isolation is required. The separation table features hydraulic adjustment for angle of inclination, as well as a dedicated module for initial pre-fractionation and preparation. The water system includes multiple pressure valves, and its circulation is closed-loop—no continual external water supply is required as the system operates with recirculated water from onboard reservoirs. Our separators are tailored to the specific nature of your material, based on extensive expertise and ongoing laboratory research. Available in various models and sizes, each SWZ-700 separator is custom built to order.

Kondisi: sangat baik (bekas), kapasitas tangki: 600 l, Kami dapat menawarkan tangki untuk argon, nitrogen, oksigen, karbon dioksida, dan dinitrogen oksida: Produsen: AGA CRYO Fpjdpfx Aevdb A Njdqen Volume: 600L; Tekanan kerja: 17,5 bar Kami juga memiliki tangki lain untuk LIN, LOX, LAR, LNG, dan CO2, argon, oksigen, nitrogen, dan karbon dioksida, hidrogen, metana. Kami akan dengan senang hati membuat penawaran untuk Anda atau memberikan informasi lebih lanjut. Untuk membahas kemungkinan-kemungkinan tersebut, silakan hubungi kami melalui telepon atau email.

Kondisi: bekas, Thread rolling machine – thread roller ORT RP18 2-roll Swivelling spindle Overhauled with Siemens PLC See video The machine is powered in our warehouse Fpedpfjuua H Rox Adqon Test run possible

Kondisi: baru, Tahun pembuatan: 2024, jam operasional: 1 h, Fungsionalitas: berfungsi sepenuhnya, Separatory prądów wirowych z serii Magnetic są głównie stosowane w branży recyklingu odpadów. Zastosowanie prądów wirowych umożliwia odzysk metali nieżelaznych (niemagnetycznych) z luźnych odpadów, takich jak aluminium, miedź, mosiądz itp. Separatory WPS charakteryzują się wysoką precyzją separacji dzięki oryginalnym rozwiązaniom firmy ZŁOMIARZE, co gwarantuje wysoką rentowność recyklingu odpadów. Separatory WPS znajdują zastosowanie w odzysku: - metali nieżelaznych z recyklingu odpadów elektronicznych - metali nieżelaznych z recyklingu samochodów - metali z odpadów odlewniczych Fpjdpfju Dg Uhsx Adqen - aluminium w procesach recyklingu szkła - metali nieżelaznych z odpadów stalowych - metali nieżelaznych z odpadów komunalnych Opis działania: Materiał dostarczany przez podajnik wibracyjny umieszczany jest na taśmie przenośnika separatora prądów wirowych. Taśma separatora transportuje materiał w kierunku szybkoobrotowego wirnika magnetycznego. Wirnik magnetyczny wytwarza wysokoczęstotliwościowe pole magnetyczne dzięki zastosowaniu maksymalizowanego systemu naprzemiennych pól magnetycznych. Zmienny strumień magnetyczny indukuje w metalach prądy wirowe. Prądy te przeciwdziałają zewnętrznemu polu magnetycznemu, powodując odrzut metali kolorowych poza strumień materiału. Do separacji materiałów służy przegroda zamontowana na końcu separatora. Centralny wirnik magnetyczny został zaprojektowany z myślą o najdrobniejszych materiałach, umożliwiając odzysk cząstek o średnicy do 1 mm. Posiadamy również większe rozmiary separatorów prądów wirowych - katalog w dokumentach.

Tahun pembuatan: 2025, Kondisi: baru, Fungsionalitas: berfungsi sepenuhnya, Die ASCO® SD COMPACT Trommelsiebmaschine besteht aus einer robusten, klappbaren Bauweise und ist als semimobile Anlage ausgeführt. Sie ist zum Absieben von groben Materialien wie Erde, Kies, Holzhackschnitzel, verschiedenen Abfallarten und Spänebündeln konzipiert und eignet sich hervorragend für den Einsatz in der Recyclingbranche. Die Trommelsiebmaschine kann optional mit einem Aufgabebunker sowie einer Verlängerung ausgestattet werden. Dadurch entsteht ein System mit Bunkerband, das den Betrieb in beide Förderrichtungen ermöglicht, eine schnelle Umrüstbarkeit bietet und mit einer komplett elektrischen Steuerung ausgestattet ist. Bei Ausstattung mit der Verlängerung wird die Siebfläche zusätzlich vergrößert und es kann eine dritte Fraktion separiert werden. Erwähnenswert ist zudem der einfache Trommelwechsel sowohl an der Siebtrommel als auch an der Verlängerung. Für die Haupttrommel stehen sieben, für die Verlängerung vier verschiedene Trommelvarianten zur Auswahl. Technische Daten: - Trommellänge: 2,1 m - Nutzbare Trommellänge: 1,7 m Fjdor Akndopfx Adqepn - Außendurchmesser Trommel: 1,3 m - Nutzbare Siebfläche: 7 m² - Schaufelbreite: 2,3 m - Systemleistung: 20 - 50 t/h - Sieblochgrößen: Ø6 - Ø100 mm - Bunkeröffnung: 2,24 x 0,85 m - Drehzahl (variabel): 5 - 20 U/min - Antriebsleistung: 400V / 5,5 kW (optional 7,5 kW) - Einfüllhöhe: 2,55 m - Gewicht: 1.500 kg - Länge: 3,34 m - Breite: 2,36 m - Höhe: 1,95 oder 2,92 m (mit Abstützung) Optionale Ausstattung: - Vibrationsmotoren zur Trichterentleerung - Trommeldrehung in beide Richtungen - Sechs Trommeloptionen - Reinigungseinrichtung mittels Bürste - Einfacher Trommelaustausch - Zweiradantrieb - Betriebsstundenzähler

Tahun pembuatan: 2020, Kondisi: baru, Dimensions: 250x250x80 mm Filter systems are used for the thorough separation of even the finest ferrous metal contaminants. Inspection of bulk materials Universal application in pipeline systems, hoppers, and chutes Easy to operate and clean Permanent magnetic filter grids can be manufactured in round, rectangular, or square designs. Ferrous particles are reliably filtered out of the bulk material as they pass through the grids. Fpedpsdzqw Iofx Adqjn Furthermore, this design allows for easy cleaning of the bars. The filter system can be removed from its housing with a single movement. The maximum operating temperature is 80°C.

Kondisi: baru, Tahun pembuatan: 2026, Extremely powerful industrial magnet for iron separation Special price €990 net (Shipping €14.90 net) *You can find the construction lengths in picture 2 The effective surface features a stainless steel end plate (material 1.4301). For installation, there are threaded holes on the rear side. *Handle available upon request The block magnet systems can be used at a maximum operating temperature of up to +100°C. The magnet surface should be cleaned regularly from the collected iron parts. Attraction distances for all types, e.g.: For an M5 steel nut approx. 60 mm For an M5 x 30 screw approx. 100 mm Installation example 1: Mounted above a conveyor belt, "iron parts jump onto the magnet's gripping surface". Fpjdpfx Adstqfhxeqen Installation example 2: Mounted in a pipeline system with direct contact to the material flow. For high separation reliability, the installation of several block magnets in a cascade arrangement is possible. Installation and safety instructions: When handling, already during unpacking and later during installation, ensure that no loose iron parts, such as tools or screws, are lying nearby. The magnetic force is so strong that painful injuries can occur if fingers are caught between iron parts and the magnet’s active surface. No steel parts should be located within a minimum distance of 400 mm beneath the active surface.