High-Efficiency Intelligent Mineral Processing Equipment
¥20,000.00
Mineral processing Equipment is the core link of the mining industry chain, directly determining the utilization rate of mineral resources
High-Efficiency Intelligent Mineral Processing Equipment: Deep Dive into Technology, Process and Application
Mineral processing is the core link of the mining industry chain, directly determining the utilization rate of mineral resources, production efficiency and economic benefits of enterprises. With the increasing depletion of high-grade mineral resources, the gradual complexity of ore composition, and the continuous tightening of global environmental protection policies, the demand for high-efficiency, precise, energy-saving and environmentally friendly mineral processing equipment is becoming increasingly urgent. Our high-efficiency intelligent mineral processing equipment, integrating advanced processing technology, intelligent control system and modular design, breaks through the bottlenecks of traditional mineral processing equipment such as low separation efficiency, high energy consumption, poor product stability and heavy environmental pollution. It covers the whole process of mineral processing from crushing, grinding, screening, sorting to dehydration, and is widely applicable to the beneficiation of ferrous metals (iron ore, manganese ore), non-ferrous metals (copper ore, lead-zinc ore, gold ore, molybdenum ore), non-metallic minerals (quartz, feldspar, kaolin) and other materials. It is a professional solution for modern mining enterprises to achieve high-quality development, resource conservation and environmental protection compliance. From the origin of mineral processing equipment—ancient animal skin panning and wooden chutes recorded in China’s Ming Dynasty Tiangong Kaiwu—to today’s intelligent integrated production lines, our equipment inherits the essence of mineral processing technology and keeps pace with the times to meet the needs of large-scale, refined and green mineral processing projects worldwide.
Core Processing Process & Technical Principle（Mineral Processing Equipment）
The intelligent mineral processing equipment adopts a fully closed, continuous and automated processing process, which is scientifically divided into 6 core links, each link is closely connected, and the parameters are mutually matched to ensure the stability of processing efficiency and product quality. The whole process realizes the integration of “crushing-grinding-screening-sorting-dehydration-recycling”, and the technical principle of each link is as follows:
1. Crushing Link: Primary Disintegration of Raw Ore（Mineral Processing Equipment）
As the first link of mineral processing, the crushing link is mainly to break large pieces of raw ore (with a particle size of up to 1000mm) into small pieces of ore (particle size ≤ 50mm) that meet the grinding requirements, reducing the load of subsequent grinding links and improving the overall processing efficiency. The core equipment adopts a multi-stage crushing combination (jaw crusher + cone crusher + impact crusher), which adopts the principle of “extrusion, bending and impact” to crush the ore, avoiding over-crushing and reducing the loss of useful minerals. The jaw crusher is responsible for primary crushing, with strong crushing capacity and high wear resistance, which can handle high-hardness ore (Mohs hardness 6–8); the cone crusher is responsible for secondary crushing, with uniform particle size of crushed products and low energy consumption; the impact crusher is optional for fine crushing, which can further optimize the particle size of ore and lay a foundation for subsequent grinding. Different from the traditional single crushing mode, our multi-stage crushing system can adjust the crushing gap and speed according to the hardness and particle size of raw ore, realizing adaptive crushing and reducing the unit energy consumption by 15%–20% compared with traditional equipment.
2. Grinding Link: Fine Dissociation of Useful Minerals(Mineral Processing Equipment)
Grinding is the core link of mineral processing, and its purpose is to grind the crushed ore into fine powder (particle size 0.074–0.15mm) through the impact and abrasion of grinding media (steel balls, steel rods, gravel), so that useful minerals and gangue minerals are fully dissociated, laying a foundation for subsequent sorting. Our equipment is equipped with high-efficiency energy-saving ball mill (or vertical spiral stirring mill for ultra-fine grinding needs), which adopts a closed-circuit grinding process (grinding + classification), and the grinding media are scientifically matched according to the ore properties to ensure grinding efficiency and avoid over-grinding. The vertical spiral stirring mill, independently developed with advanced technology, has obvious advantages in ultra-fine grinding—it can grind materials to 1μm or finer, is 10 times more efficient than horizontal ball mills, and saves more than 50% energy, which is widely used in the fine grinding or regrinding operations of gold ore, silver ore, molybdenum ore and other mines. The grinding chamber is equipped with a wear-resistant lining (high-chromium alloy + ceramic coating), which greatly extends the service life of the equipment. At the same time, the intelligent frequency conversion control system is adopted to adjust the rotating speed of the mill in real time according to the ore feeding amount and particle size, ensuring the stability of the grinding product particle size and reducing energy consumption.
3. Screening Link: Classification of Ore Particles(Mineral Processing Equipment)
After grinding, the ore powder has uneven particle sizes. The screening link is to classify the ore powder according to the particle size requirements through a vibrating screen, so that the ore powder that meets the sorting requirements enters the next link, and the unqualified ore powder is returned to the mill for re-grinding, forming a closed-circuit circulation and improving the utilization rate of raw materials. The core equipment adopts a high-frequency vibrating screen, which is driven by a vibration motor or motor-exciter, with high screening efficiency (screening efficiency ≥ 95%) and large processing capacity. The screen mesh is made of wear-resistant stainless steel, which can be replaced according to different sorting requirements (mesh size 0.5–50mm adjustable). The screen frame adopts a reinforced structure, which has strong stability and low noise (noise ≤ 85dB). The inclined installation design of the screen surface ensures the smooth flow of ore powder and avoids blockage. For fine-grained ore classification, we can also configure spiral classifiers or hydraulic cyclones to further improve the classification accuracy, which is suitable for the classification of fine-grained minerals after ultra-fine grinding.
4. Sorting Link: Precise Separation of Useful Minerals(Mineral Processing Equipment)
The sorting link is the key link to realize the separation of useful minerals and gangue minerals, and it is also the core embodiment of the technical advantages of the equipment. According to the physical and chemical properties of different minerals, we configure targeted sorting equipment to ensure high separation efficiency and high product purity. The main sorting technologies and corresponding equipment are as follows, covering the mainstream sorting needs of the industry:
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Magnetic Separation: Suitable for the sorting of magnetic minerals (iron ore, manganese ore, magnetite, etc.). The core equipment is a high-gradient magnetic separator, which uses the difference in magnetic properties of minerals to separate useful minerals from gangue under the action of magnetic force and mechanical force. It is divided into weak magnetic and strong magnetic types: weak magnetic separators (surface magnetic induction intensity about 120mT) are used for strong magnetic minerals such as iron; strong magnetic separators (surface magnetic induction intensity above 1700mT) are used for weak magnetic minerals such as precious metals and non-metals. The magnetic field intensity is adjustable (0.1–2.0T), the separation efficiency is ≥ 98%, and the magnetic separation product grade can be increased by 10%–20% compared with traditional magnetic separators. The latest superconducting magnetic separator can reduce energy consumption by 40% and improve sorting accuracy to 5μm level.
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Flotation: Suitable for the sorting of non-magnetic minerals (copper ore, lead-zinc ore, gold ore, quartz sand, etc.). The core equipment is a mechanical stirring flotation machine or inflatable flotation column, which adjusts the surface properties of minerals through flotation reagents (collector, foaming agent, inhibitor), so that useful minerals adhere to the bubbles and float up, and gangue minerals sink, so as to realize separation. According to the way of pulp aeration and stirring, flotation equipment can be divided into mechanical stirring type, aerated mechanical stirring type, aerated type, gas precipitation type and pressure dissolved air type. The flotation tank adopts a special structure design, which ensures uniform aeration and sufficient contact between minerals and bubbles. The intelligent reagent adding system can adjust the reagent adding amount in real time according to the ore properties, reducing reagent waste and environmental pollution. The newly developed coarse-grained flotation technology can expand the flotation upper limit to 400–600μm, which can reduce grinding energy consumption by more than 30% and solve the problem of low recovery rate of coarse-grained minerals.
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Gravity Separation: Suitable for the sorting of minerals with large density difference (gold ore, tungsten ore, tin ore, etc.). The core equipment includes jigs, shakers, spiral chutes and centrifugal concentrators, which use the difference in density and particle size of minerals to separate them in a moving medium (water, air). It has the advantages of simple structure, no environmental pollution, low cost and low energy consumption, and is especially suitable for the sorting of coarse-grained embedded minerals such as iron, manganese, titanium, tungsten and tin. The newly developed digital intelligent shaking table is equipped with a machine vision system and an intelligent optimization control model, which can automatically adjust the bed slope and concentrate intercept plate position, replacing manual experience and improving sorting efficiency.
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Electrostatic Separation: Optional for the sorting of non-metallic minerals (quartz, feldspar, etc.), which uses the difference in electrostatic properties of minerals to separate them under the action of an electric field, with high sorting precision and no chemical reagent pollution, ensuring the purity of non-metallic mineral products (purity ≥ 99%).
5. Dehydration Link: Purification of Final Products(Mineral Processing Equipment)
After sorting, the concentrate (useful mineral) contains a lot of water (water content ≥ 30%), which is not convenient for storage, transportation and subsequent processing. The dehydration link is to reduce the water content of the concentrate to ≤ 10% through dehydration equipment, so as to obtain high-quality final products. The core equipment adopts a combination of thickener and filter press, which realizes multi-stage dehydration and ensures dehydration effect. The thickener is a gravity sedimentation equipment, which first precipitates the concentrate pulp to reduce the water content to 50%–60%; the filter press adopts a plate and frame filter press or a belt filter press, which uses pressure to separate the water from the concentrate, and the filter cake (final product) has uniform water content and good quality. The thickener can be selected as an efficient deep cone thickener, which has higher sedimentation efficiency; the filter press adopts an automatic unloading system, which reduces manual operation and improves dehydration efficiency. For the dehydration of fine-grained minerals, we can also configure vacuum filters or centrifugal filters to further improve dehydration effect and efficiency.
6. Recycling Link: Energy Conservation & Environmental Protection(Mineral Processing Equipment)
In line with the global green development concept, our mineral processing equipment is equipped with a full set of recycling systems to realize the recycling of water and waste, reducing environmental pollution and resource waste. The sewage generated in the washing and dehydration links is treated by a sewage treatment system (sedimentation tank + filter + disinfection equipment), and the treated water can be recycled for grinding, washing and other links, with a water recycling rate ≥ 90%, saving a lot of water resources. The gangue generated in the sorting link can be recycled as building materials (such as concrete aggregate, roadbed filling), realizing the resource utilization of waste. At the same time, the dust generated in the crushing and grinding links is collected by a bag-type dust collector, with a dust collection efficiency ≥ 99%, which meets the international environmental protection emission standards. The noise reduction measures (sound insulation cover, shock absorption pad) are adopted for the whole equipment, and the noise is controlled within 85dB, creating a comfortable working environment.
Detailed Technical Specification Table (Mineral Processing Equipment)
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Parameter Category
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Specification Details
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Unit
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Optional Range
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Basic Information
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Equipment Type
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–
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Intelligent Integrated Mineral Processing Line
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Core Modules
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–
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Crusher, Ball Mill/Vertical Stirring Mill, Vibrating Screen, Magnetic Separator, Flotation Machine, Thickener, Filter Press
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Control Level
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–
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PLC Automatic Control + Remote Monitoring + Data Analysis
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Processing Performance
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Hourly Processing Capacity
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t/h
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100–800 (Customizable, up to 1000t/h for large-scale projects)
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Concentrate Purity
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%
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95–99.5 (Depends on Mineral Type)
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Mineral Separation Efficiency
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%
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85–98.5 (Magnetic Separation ≥ 98%, Flotation ≥ 90%)
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Final Product Moisture Content
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%
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≤ 10 (Optional ≤ 8 for high-demand projects)
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Adaptable Material Type
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–
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Ferrous Metals, Non-Ferrous Metals, Non-Metallic Minerals, Difficult-to-Process Ores (Refractory Gold Ore, Copper-Gold Ore)
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Core Module Parameters
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Ball Mill Diameter
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mm
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1500–4500 (Vertical Stirring Mill: 260–2000mm)
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Vibrating Screen Mesh Size
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mm
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0.5–50 (Adjustable, fine mesh optional for ultra-fine sorting)
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Magnetic Separator Magnetic Field Intensity
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T
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0.1–2.0 (Weak Magnetic: 0.1–0.3, Strong Magnetic: 1.0–2.0)
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Flotation Machine Tank Volume
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m³
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1.2–50 (Large-scale flotation column optional)
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Power & Drive
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Main Drive Mode
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–
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High-Efficiency Energy-Saving Electric Motor / Diesel Generator (Optional for Mobile Operations)
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Total Power
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kW
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150–1200 (Depends on Processing Capacity)
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Energy Consumption per Ton of Ore
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kWh/t
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8–15 (20%–30% lower than traditional equipment)
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Structure & Size
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Equipment Material
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–
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High-Strength Steel Q355B/Q460 + High-Chromium Wear-Resistant Alloy + Ceramic Coating
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Overall Length
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m
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15–40 (Modular Design, Adjustable Length)
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Overall Width
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m
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4–10
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Overall Height
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m
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5–12
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Intelligent Control & Monitoring
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Control System
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–
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PLC Automatic Control + Touch Screen Operation + Remote Monitoring (Mobile/Computer)
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Monitoring Parameters
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–
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Temperature, Vibration, Load, Ore Feeding Amount, Reagent Adding Amount, Water Content
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Fault Early Warning
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–
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Real-Time Fault Alarm + Fault Location + Maintenance Suggestions (7–15 days advance warning)
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Durability & Environmental Protection
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Wear-Resistant Parts Service Life
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h
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8000–12000 (30% longer than traditional parts)
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Water Recycling Rate
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%
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≥ 90 (Optional ≥ 95 for high-standard environmental protection projects)
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Expected Service Life
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years
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15–20 (With Proper Maintenance, Up to 25 Years for Core Modules)
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Core Technical Advantages (Mineral Processing Equipment)
1. Intelligent Control System: Realize “Unmanned Operation” of Mineral Processing(Mineral Processing Equipment)
Our mineral processing equipment is equipped with an advanced PLC intelligent control system, which integrates online monitoring, automatic adjustment, fault early warning and data analysis functions, breaking through the limitations of traditional manual operation and realizing the “unmanned operation” of the whole mineral processing process. The system can real-time collect more than 20 key parameters such as ore feeding amount, grinding particle size, magnetic field intensity, reagent adding amount, and product water content, and automatically adjust the operation parameters of each equipment through intelligent algorithms to ensure the stability of processing efficiency and product quality. For example, when the ore grade changes, the system can automatically adjust the reagent adding amount and flotation time to avoid the waste of reagents and the reduction of product quality caused by manual misoperation. The remote monitoring function allows operators to monitor the operation status of the equipment in real time through mobile phones or computers, and realize remote operation and parameter adjustment, which reduces the labor intensity of operators and the number of on-site personnel, and improves the safety of operation. At the same time, the system can record and analyze the production data, generate production reports and data charts, provide data support for enterprise management and process optimization, and realize “data-driven” production management. This intelligent transformation not only improves efficiency but also reduces energy consumption—for example, in a certain ore dressing plant, the total power of the two medium ore pumps was reduced from 72.2 kW to less than 40 kW after intelligent adjustment, saving more than 800 kWh of electricity per day.
2. High-Precision Sorting Technology: Maximize the Utilization Rate of Mineral Resources(Mineral Processing Equipment)
Aiming at the problem of low separation efficiency and low resource utilization rate of traditional mineral processing equipment, we adopt a variety of high-precision sorting technologies and independently developed core components to realize the precise separation of useful minerals and gangue minerals. The high-gradient magnetic separator adopts a multi-pole magnetic field design, which increases the magnetic field intensity and magnetic field gradient, and can effectively separate weak magnetic minerals (such as hematite, limonite) that are difficult to separate by traditional magnetic separators, with a separation efficiency of more than 98%. The flotation machine adopts a new type of impeller and stator structure, which makes the aeration more uniform and the contact between minerals and bubbles more sufficient, and the flotation recovery rate is increased by 5%–10% compared with traditional equipment. For difficult-to-process ores (such as refractory gold ore, copper-gold ore), we configure a combined sorting process (flotation + magnetic separation + gravity separation) and cooperate with advanced beneficiation reagents to break through the technical bottleneck of difficult separation, and the recovery rate of useful minerals can be increased by 10%–15%. The vertical spiral stirring mill is used for ultra-fine grinding of difficult-to-leach gold ore, which can break the diffusion interface layer on the surface of material particles through strong stripping and grinding, accelerate the chemical reaction speed, and improve the leaching rate. This technology has been applied in many large mines such as Zijin Mining and Zhaoyuan Gold, with the product fineness reaching more than 95% of -400 mesh. In addition, the intelligent ore grade prediction model can dynamically adjust the process parameters according to the ore composition, realizing the optimal sorting effect and maximizing the utilization rate of mineral resources.
3. Energy-Saving & Environmental Protection Design: Comply with Global Green Development Standards(Mineral Processing Equipment)
In response to the global requirements for energy conservation and environmental protection, our mineral processing equipment has adopted a number of energy-saving and environmental protection technologies, realizing the dual goals of “energy saving, consumption reduction and environmental protection”. In terms of energy saving: the core equipment (ball mill, crusher) adopts a high-efficiency energy-saving motor, which has a power saving rate of 15%–20% compared with traditional motors; the closed-circuit grinding process reduces the over-grinding phenomenon, saves energy consumption by 10%–15%; the intelligent frequency conversion control system adjusts the equipment speed according to the production load, avoiding the energy waste caused by idling. The vertical spiral stirring mill saves more than 50% energy compared with the horizontal ball mill, and its efficiency is 10 times that of the horizontal ball mill. In terms of environmental protection: the full set of dust collection system (bag-type dust collector) collects the dust generated in the crushing and grinding links, with a dust collection efficiency of more than 99%, which meets the international environmental protection emission standards; the sewage recycling system treats the sewage generated in the production process and recycles it, reducing water resource waste and environmental pollution; the noise reduction measures (sound insulation cover, shock absorption pad) reduce the equipment noise to less than 85dB, improving the working environment. The reagent adding system adopts precise metering and automatic control, reducing the waste of reagents and the pollution of chemical reagents to the environment. At the same time, the gangue generated in the sorting link can be recycled as building materials, realizing the resource utilization of waste and complying with the development concept of “green mining”. We also support the integration of photovoltaic/energy storage system interfaces to help enterprises achieve the “double carbon” goal.
4. Modular Design & Flexible Customization: Adapt to Diversified Project Needs(Mineral Processing Equipment)
The equipment adopts a modular design, and each core module (crushing, grinding, sorting, dehydration) can be freely combined and disassembled according to the customer’s project scale, ore properties and product requirements, which is convenient for transportation, installation and later maintenance. For example, for small-scale mineral processing projects, we can configure a simplified production line (crusher + ball mill + magnetic separator + filter press) to reduce investment costs; for large-scale projects, we can configure a full set of intelligent production lines, adding equipment such as vertical spiral stirring mills, flotation columns and online grade analyzers to meet high-efficiency and high-precision processing needs. In addition, we can provide customized services according to the special needs of customers: for example, for high-hardness ore, we configure a high-pressure roller mill to improve crushing efficiency; for ultra-fine mineral processing, we configure a vertical spiral stirring mill to achieve ultra-fine grinding; for environmental protection-sensitive areas, we strengthen the environmental protection configuration (such as high-efficiency sewage treatment system, low-noise equipment) to meet local environmental protection requirements. The modular design also facilitates the later upgrading and transformation of the equipment. Customers can add or replace modules according to the expansion of production scale and the change of processing requirements, extending the service life of the equipment and reducing the investment cost of equipment renewal. This flexibility makes the equipment suitable for various mineral types and project scales, from small-scale mines to large-scale mineral processing plants.
5. High Durability & Low Maintenance Cost: Reduce the Operation Cost of Enterprises(Mineral Processing Equipment)
The core components of the equipment are made of high-strength steel, high-chromium wear-resistant alloy and ceramic coating, which have excellent wear resistance, corrosion resistance and impact resistance, and can withstand the harsh working environment of mineral processing. The wear-resistant parts (mill lining, crusher liner, screen mesh) are made of high-chromium alloy, which has a service life of 30% longer than traditional wear-resistant parts, reducing the frequency of replacement of wear-resistant parts and maintenance costs. The sealed design of the core equipment prevents dust, ore powder and water from entering the internal structure, reducing the failure rate of the equipment and ensuring long-term stable operation. The intelligent fault early warning system can predict equipment faults 7–15 days in advance, remind operators to carry out maintenance in time, avoid sudden equipment shutdown and reduce production losses. The equipment adopts a standardized design, and the spare parts are universal, which is convenient for the purchase and replacement of spare parts. The professional after-sales team provides on-site maintenance and technical guidance, reducing the maintenance difficulty and cost of enterprises. According to the actual operation data of customers, the annual maintenance cost of our equipment is only 3%–5% of the equipment price, which is 5%–8% lower than that of traditional equipment, greatly reducing the operation cost of enterprises and improving the economic benefits of projects.
Targeted Application Scenarios (Mineral Processing Equipment)
Our intelligent mineral processing equipment has strong adaptability, and can be customized according to different mineral types and processing requirements, covering almost all mainstream mineral processing scenarios. The targeted application scenarios are as follows:
1. Ferrous Metal Mineral Processing (Iron Ore, Manganese Ore)
Aiming at iron ore (magnetite, hematite, limonite) and manganese ore, we configure a “crushing-grinding-magnetic separation-dehydration” combined process. For magnetite, the high-gradient magnetic separator is used to realize efficient separation, with a concentrate grade of up to 65%–70% and a separation efficiency of ≥ 98%; for hematite and limonite (weak magnetic minerals), the strong magnetic separation + flotation combined process is adopted to break through the technical bottleneck of difficult separation, and the recovery rate is increased by 10%–15% compared with traditional equipment. The vertical spiral stirring mill can be used for regrinding of iron ore, which can improve the monomer dissociation degree of iron minerals and further improve the concentrate grade. The equipment is widely used in large iron ore mines and manganese ore mines, and can handle 100–800 tons of ore per hour, meeting the needs of large-scale production. It is especially suitable for the sorting of coarse-grained embedded iron and manganese minerals, with the advantages of low energy consumption and high recovery rate.
2. Non-Ferrous Metal Mineral Processing (Copper Ore, Lead-Zinc Ore, Gold Ore, Molybdenum Ore)
For non-ferrous metal minerals, according to the different properties of minerals, we configure targeted sorting processes: for copper ore and lead-zinc ore, the “flotation-magnetic separation” combined process is adopted, and the flotation machine with high aeration efficiency is used to separate copper, lead and zinc minerals respectively, with a concentrate grade of up to 20%–30% (copper ore) and 45%–55% (lead-zinc ore), and a recovery rate of ≥ 90%. For gold ore, the “gravity separation-flotation-cyanide leaching” combined process is adopted (or glycine leaching, thiosulfate leaching for environmental protection requirements), and the centrifugal concentrator is used to recover coarse-grained gold, and the flotation machine is used to recover fine-grained gold, with a gold recovery rate of ≥ 95%. The vertical spiral stirring mill is used for ultra-fine grinding of refractory gold ore, which can improve the leaching rate and realize the efficient recovery of gold. For molybdenum ore, the “flotation-regrinding” process is adopted, and the vertical spiral stirring mill is used for regrinding, which can grind the ore to more than 95% of -400 mesh, improving the monomer dissociation degree of molybdenum minerals and the recovery rate. The equipment has been applied in many large non-ferrous metal mines such as Jinduicheng Molybdenum Industry and Dexing Copper Mine, with excellent operation effect.
3. Non-Metallic Mineral Processing (Quartz, Feldspar, Kaolin)
Non-metallic minerals have high requirements for product purity, and our equipment adopts a “crushing-grinding-screening-flotation-electrostatic separation” combined process to remove impurities (such as iron, aluminum, mica) in non-metallic minerals and improve product purity. For quartz sand, the flotation + magnetic separation combined process is adopted to remove iron impurities and mica, with a product purity of up to 99.5%, which meets the requirements of glass manufacturing, electronic materials and other industries. For feldspar, the electrostatic separation process is adopted to separate feldspar and quartz, with a separation efficiency of ≥ 98%. For kaolin, the “grinding-flotation-dehydration” process is adopted to remove impurities and improve the whiteness and purity of kaolin, which is suitable for the fields of paper making, ceramics and coatings. The vertical spiral stirring mill can be used for ultra-fine grinding of kaolin and heavy calcium, with the product fineness reaching more than 60%–95% of -2μm, meeting the needs of high-end industrial production. The equipment has been promoted and applied in many non-metallic mineral processing plants such as Taiyang Paper GCC Satellite Factory and Yueyang Paper GCC Satellite Factory.
4. Difficult-to-Process Ore Processing (Refractory Gold Ore, Copper-Gold Ore, Polymetallic Ore)
For difficult-to-process ores (such as refractory gold ore wrapped by pyrite, copper-gold ore with high arsenic content, polymetallic ore with complex composition), we adopt a combined sorting process and advanced beneficiation technology to break through the technical bottleneck of difficult separation. For refractory gold ore, the “roasting-grinding-flotation-leaching” combined process is adopted, and the vertical spiral stirring mill is used for ultra-fine grinding, which can break the structure of wrapped gold and improve the leaching rate; for copper-gold ore, the “flotation-magnetic separation-cyanide leaching” combined process is adopted to separate copper and gold respectively, realizing the comprehensive recovery of multiple minerals; for polymetallic ore, the “multi-stage flotation-magnetic separation” combined process is adopted to separate different useful minerals step by step, with a comprehensive recovery rate of ≥ 85%. The intelligent control system dynamically adjusts the process parameters according to the ore composition, ensuring the stability of processing effect and realizing the efficient utilization of difficult-to-process ore resources. This technology has solved the problem of difficult processing of many difficult-to-process ores, bringing considerable economic benefits to enterprises.
5. Mine Tailings Recycling(Mineral Processing Equipment)
In response to the problem of large tailings emissions and serious resource waste in the mining industry, our equipment can be used for tailings recycling, reprocessing the tailings generated in the mineral processing process, recovering useful minerals in the tailings, and realizing the resource utilization of tailings. The “grinding-screening-sorting” combined process is adopted to regrind the tailings, screen out the qualified ore powder, and separate the useful minerals through magnetic separation or flotation, with a recovery rate of useful minerals of ≥ 70%. The processed tailings can be used as building materials (concrete aggregate, roadbed filling) or backfilled into the mine, reducing environmental pollution and resource waste. This not only solves the problem of tailings disposal but also brings additional economic benefits to enterprises, complying with the development concept of circular economy. The coarse-grained tailings after processing have excellent dehydration performance (moisture content can be as low as 15%), which can be directly used for dry stacking or dam construction, fundamentally solving the safety hidden danger of tailings ponds.
Advantages Over Similar Products (Mineral Processing Equipment)
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Higher Intelligent Level: Compared with traditional mineral processing equipment, our equipment adopts a full set of PLC intelligent control systems, which realizes real-time monitoring, automatic adjustment and remote operation of the whole process, reducing manual operation and human error. The equipment health management (PHM) module can predict equipment faults in advance, reducing unplanned downtime by 50%. The machine vision system and online grade analysis (laser-induced breakdown spectroscopy, online XRF) replace manual inspection and laboratory testing, providing second-level ore pulp grade data and improving the timeliness of parameter adjustment. Traditional equipment relies on manual experience to adjust parameters, which is difficult to adapt to the changes of ore properties in real time, resulting in unstable product quality.
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More Precise Sorting Effect: The core sorting equipment (high-gradient magnetic separator, flotation machine) adopts advanced technology and independent research and development components, with higher separation efficiency and product purity. The magnetic separation efficiency is ≥ 98%, the flotation recovery rate is ≥ 90%, and the product purity is up to 99.5%, which is 5%–10% higher than that of similar products. The coarse-grained flotation technology and ultra-fine grinding technology break through the limitations of traditional sorting technology, realizing the efficient recovery of coarse-grained and fine-grained minerals. The superconducting magnetic separator and digital intelligent shaking table further improve the sorting precision, meeting the high-standard requirements of high-end products.
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Better Energy-Saving & Environmental Protection Performance: The energy consumption per ton of ore is 8–15 kWh, which is 20%–30% lower than that of similar products; the water recycling rate is ≥ 90%, and the dust collection efficiency is ≥ 99%, which fully complies with the global environmental protection standards. The use of green beneficiation reagents (such as glycine, thiosulfate) replaces toxic and harmful reagents such as cyanide, reducing environmental pollution. The integration of photovoltaic/energy storage system interfaces helps enterprises achieve energy conservation and emission reduction goals. Similar products often have high energy consumption and poor environmental protection performance, which are difficult to meet the increasingly strict environmental protection requirements.
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Stronger Adaptability & Customization: The modular design and flexible configuration can adapt to different mineral types (ferrous metals, non-ferrous metals, non-metallic minerals) and project scales (small, medium and large), and can provide targeted customized solutions according to customer needs. The vertical spiral stirring mill can be flexibly configured according to the grinding needs, suitable for ultra-fine grinding of various ores. Similar products have single configuration and poor adaptability, which are difficult to meet the diversified processing needs of customers.
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Lower Long-Term Operation Cost: The core components have high durability, the service life of wear-resistant parts is 30% longer than that of similar products, and the annual maintenance cost is only 3%–5% of the equipment price, which is 5%–8% lower than that of similar products. The intelligent fault early warning system reduces the failure rate and maintenance cost, and the modular design facilitates later upgrading and transformation, reducing the investment cost of equipment renewal. The energy-saving design also reduces the energy cost of enterprises, bringing higher economic benefits to customers.
Practical Application Cases(Mineral Processing Equipment)
Our intelligent mineral processing equipment has been widely used in more than 50 countries and regions around the world, and has achieved excellent application results in many large-scale mineral processing projects. The typical cases are as follows:
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Iron Ore Processing Project in Australia: The customer is a large iron ore mining enterprise, with a daily processing capacity of 5000 tons of iron ore (magnetite). We provided a full set of intelligent mineral processing equipment (jaw crusher + cone crusher + ball mill + high-gradient magnetic separator + thickener + filter press) and configured an intelligent control system. After operation, the concentrate grade of iron ore reached 68%, the separation efficiency was 98.5%, the energy consumption per ton of ore was 10 kWh, which was 25% lower than that of the original equipment, and the annual output value of the enterprise was increased by 15 million US dollars. The equipment has been operating stably for 5 years, with a failure rate of less than 2%.
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Gold Ore Processing Project in South Africa: The customer’s ore is refractory gold ore (wrapped by pyrite), with a daily processing capacity of 1000 tons. We provided a combined process equipment (roasting furnace + vertical spiral stirring mill + flotation machine + cyanide leaching system) and an intelligent reagent adding system. The gold recovery rate was increased from 75% to 95%, the energy consumption per ton of ore was 12 kWh, and the water recycling rate was 92%, which met the local environmental protection requirements. The vertical spiral stirring mill realized ultra-fine grinding of the ore, with the product fineness reaching 95% of -400 mesh, which effectively improved the leaching rate of gold.
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Quartz Sand Processing Project in China: The customer is a quartz sand processing enterprise, requiring the quartz sand purity to reach 99.5% for glass manufacturing. We provided a “crushing-grinding-flotation-magnetic separation” combined equipment, and configured an electrostatic separation module to remove iron and mica impurities. After operation, the quartz sand purity reached 99.6%, the processing capacity was 200 tons per hour, the water recycling rate was 95%, and the product quality fully met the requirements of the glass manufacturing industry. The equipment has been promoted and applied in many quartz sand processing plants in China.
8 reviews for High-Efficiency Intelligent Mineral Processing Equipment
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Emily Reed –
Condimentum id venenatis a condimentum vitae. Tristique senectus et netus et malesuada fames ac turpis egestas.
Muhammad bin Abdullah –
Switched from a jig to this chute—way better! The jig had too much capacity, but this one’s just right, plus zero clogging. Durable motors and parts; 3 months of use, no issues.
Carlos –
Our FGS-12 runs 20-25 m³/h steadily, 4h concentrate discharge cycle stays on schedule, and the build feels sturdy (750kg weight = stable operation). Pre-sales team clarified specs clearly—great service!
Mohammad Ali –
As an international purchaser, this chute delivered: anti-clogging design saves maintenance time, after-sales responded fast to my questions, and it holds up in harsh mine conditions.
Ahmad Fuad –
Top-tier product & service! No leaks or cracks after heavy use—great quality. The team was super helpful pre-purchase, and after-sales support is responsive whenever I need help.
Zainal Abidin –
FGS-15 works flawlessly: handles <20mm ore easily, 30-35 m³/h capacity fits our workflow, and recovery rate hits the stated 30%. Installation (6°-7° incline) was a breeze too.
Siti Aminah –
Worth every penny! The wear-resistant rubber lasts forever, pre-sales customization was easy, and after-sales sent a free maintenance guide when I asked. Perfect for our dredging projects.
Emma –
Got the FGS-12 agitating chute—total upgrade! No more clogging (unlike old sluices), perfect low capacity for our site, and the solid build runs smoothly for weeks. Great pick!