Magnetic field strength can reach up to 2.0T;
Oil-water dual cooling ensures a stable magnetic field;
Equipped with a fault diagnosis system and remote control system;
Optional pulse device for enhanced flushing and sorting performance.
Made of NdFeB magnets, magnetic field strength reaches 1.5T;
Adjustable plate slope and variable belt speed;
Conveyor belt made of wear-resistant canvas;
Equipped with a feeding device for more uniform material feeding;
Large magnetic field sweeping area.
Reasonable magnetic circuit design, magnetic field strength up to 1.0T;
Dry or wet process available depending on the material;
Available with downstream, countercurrent, and semi-countercurrent troughs;
Customizable magnetic field strengths upon request.
Customizable fully enclosed structure to prevent dust;
Controllable feeding system ensures uniform material delivery;
Magnetic composite design with magnetic field strength up to 1.5T;
Combination of permanent magnet drum and magnetic roller.
Unique electromagnetic coil design and efficient cooling method;
Sorting medium magnetic field gradient, up to 2.2T;
Fully automatic operation, low operating and maintenance costs;
High-pressure water forward and reverse flushing for clean sorting.
The client's original ore is natural sand, containing 18-20% mud, 5-10% coarse material, 3-5% sand washing, and a large amount of weeds.
In response to this situation, Mr. Wang Chaodong, a senior mineral processing engineer, personally planned and designed the construction plan based on the site conditions and selected the most cost-effective equipment combination plan for the customer.
The client's raw ore consisted of magnetite and contained weakly magnetic hematite.
Guote developed a comprehensive process for this complex, weakly magnetic ore. It used a wet drum magnetic separator for the first magnetic separation and a wet high-field magnetic separator for the second magnetic separation.
The client's raw ore consisted of manganese carbonate ore, fine-grained manganese oxide ore, and low-grade rhodochrosite.
The core difficulty of manganese ore beneficiation lies in its fine, mixed, muddy, and lean characteristics. Therefore, there is no universal beneficiation method that can process all types of manganese ore. Detailed process mineralogy research is required to thoroughly understand the ore's "genetic" characteristics in order to tailor a technically feasible and economically sound beneficiation process.
Based on the client's raw ore characteristics, Guote's experienced senior beneficiation engineers customized a complete production process and detailed budget based on the site and budget.
The original ore is magmatic, with a complex mineral composition and coexisting with titanium magnetite and vanadium-titanium magnetite, making beneficiation challenging.
To address this complex ore type, Mr. Wang, a senior beneficiation engineer at Guote, personally conducted on-site surveys, collected samples for testing, and developed a tailored process flow.
The process utilizes Guote's patented "five-drum magnetic separator," which perfectly separates iron ore concentrate, titanium concentrate, and impurities.
The silica ore was off white in color, with quartz as its main mineral and Fe2 O3 rust film along the ore cracks. Quartz ore texture was fine - grained, the ore structure was a massive structure, and the ore type was vein quartz.
Guote oversaw all aspects of the project, from design and research, complete equipment manufacturing and procurement, commissioning.
The original ore is a vein quartz ore.
This project, a mining services project undertaken by Guote, covers multiple stages, including mineral processing testing, production line design, equipment manufacturing, packaging and transportation, installation and commissioning.
New Energy Mineral
2025-10-29
