LONG!’ Expert In Magnetic Technology Add: #6, Wenhua Road, Fushun Economic Development Area, China 113122 Phone: +86-24-56700058 56700068 Fax: +86-24-56700017 Email: [email protected] Webslteiwww.ljmagnetics.com Add: Unit4,44 vinnicombe drive.Canning Vale,WA,6155 Email: [email protected] MINING INDUSTRY PRODUCT LONGi MAGNET CO.rLTD. The most competitive supplier of industrial magnetic equipment around the world.
Open the catalog to page 1Expert In Magnetic Technology Convenience Tailored sdesign and service, transfer convenience. The most competitive supplier of industrial magnetic equipment around the world. Brief Introduction ■ LONGi Magnet Co., Ltd, founded in 1993, is a leading manufacturer of industrial magnetic equipment all over the world. We offer an extensive range of products, including WHIMS (Wet High Intensity Magnetic Separator), MIMS(Medium High Intensity Magnetic Separator),LIMS (Low Intensity Magnetic Separator),AMFS(Automatlc Magnetic Flotation Separator), Dry Cobblng(dry drum separator),WBMS(Wet Belt Magnetic...
Open the catalog to page 2Expert In Magnetic Technology Sino Iron Project-CITIC Pacific Mining (Australia) FMG Hematite Recycling Project(Australia) CGP1,CGP2,CGP3,TRP Projects-Talison Lithium(Australia) Mt Marion Lithium Project- Mineral Resources(Australia) Wodgina Lithium Projects-Mineral Resources(Australia) Mt Cattlin Lithium Project-Galaxy Lithium (Australia) Mt Holland Lithium Project-Covalent Lithium(Australia) PI 000 Lithium Project-Pilbara Minerals(Australia) Goulamina Lithium project-Ganfeng Lithium(Mali) Utah Steel Magnetic Flotation Project (America) Imerys (Canada) Far East Crocodile River Project -MCC (South...
Open the catalog to page 3Expert In Magnetic Technology CTB Wet Drum Magnetic Separator Ultra Fine Dry Drum Ma^ietlc Concentrator Mineral Processing Products of LONGi f'4 i Dry separation of strongly magnetic Dry separation of weakly magnetic
Open the catalog to page 4Expert In Magnetic Technology LJK Muli-Poles Electromagnetic Separator Application LJK Series Multi-Poles Magnetic Separator uses a unique magnetic field arrangement to separate magnetic materials and tramps iron with very limited or no removal of magnetic ore to protect downstream crushing equipment. Features■ The entire system can be set up to operate automatically, so no human intervention is required.■ The magnetic separator starts after receiving the incoming iron signal from a metal detector. ■ The unique system design enables it to differentiate tramp iron from ore, making it possible...
Open the catalog to page 5Expert In Magnetic Technology LCGJ Dry Drum Magnetic Separator Application Gangue reject for the magnetite in size range 0~20mm after primary crushing to reduce the downstream crushing and grinding load. The recommended feed size ranges from 0~20mm, with a preferred feed size of 0-12mm. Features ■ The magnetic system adopts a multipole large-wrap angle magnetic element design which produces a longer separation path for fine-grained materials, fewer in elusions and better separation effects. ■ Intelligent feeding system with level sensor and vibrating Feeder ensures accurate and consistent feed...
Open the catalog to page 6Expert In Magnetic Technology Dry Grinding And Magnetic Separation System Application The Dry Grinding and Magnetic Separation System is suitable for magnetite ore. The goal is to replace wet grinding and wet magnetic separation process in the water-deficient mining areas. This process enriches magnetite ore to a desired grade without the use of water. When compared to the indicators of wet grinding and wet magnetic separation process, the concentrate TFe grade is generally consistent, with a difference in recovery rate of £3%. Process Flow ■ Dry grinding: The ore is ground to the desired particle...
Open the catalog to page 7Expert In Magnetic Technology LCTC Series Specification and application CTB Series Specification and application NCT series Specification and application LCTJ Series Specification and application CTS Series Specification and application The slurry can flow easily in the tank, free from dogging and less maintenance required. A specially designed for coarse particles tank structure is adopted, which is different from the traditional counter current magnetic separator. The slurry can flow easily in the tank, free from dogging and less maintenance required. The CTB series wet drum magnetic separator...
Open the catalog to page 8Expert In Magnetic Technology Technical Parameters ■ LCTC Series LCTJ Series Model (r/min) Solid Outline dimensions (r/min) Solid Outline dimensions Intensity on the drum surface: The field strength is determined according to the ore properties and process flow, and it is recommended to determine by magnetic separation test. Intensity on the drum surface: The field strength is determined according to the ore properties and process flow, and it is recommended to determine by magnetic separation test. ■ CTB / NCT Series Dia. of Width of Rotate Model the drum the drum speed Solid slurry Outline...
Open the catalog to page 9Expert In Magnetic Technology LJC Automatic Magnetic Flotation Separator Application This equipment is specially designed for the purification of strong magnetic minerals with a specific magnetic susceptibility greater than 3000X1 0*cm’/g, to reduce the silica content, or to increase the coarse grinding particle size under the premise of ensuring the original concentrate grade, so as to improve production efficiency. The concentrate grade can be increased by 2 to 9 percentage points. Working Principle Features Process Application ■ Patented “Around Feeding,Central Overflowing" structure design...
Open the catalog to page 10Expert In Magnetic Technology Recommended Processing flow or LJC ■ Processing Flow I After the tailings ( i.e. the overflow of the magnetic flotation Separator) recycled by the tailings recycling separator, the poor intergrowths will be fed back to the secondary grinder or the final fine grinder for regrinding and reconcentration. ■ Processing Flow II The a large amount of intergrowthfrom tailing (the overflow of the magnetic flotation separators) can be regrinded and reseparated to achieve valueable concentrate by the tailing recycling flow. Or if the mFe in the overflow is too low, the tailings...
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