选矿设备
用于采矿与选矿的矿物加工设备
矿物加工设备用于通过破碎、磨矿、筛分和选矿工艺从原矿中分离和提取有价值矿物。广泛应用于金、铜、铁及非金属矿物加工生产线。.
Zhongyi提供完整的矿物加工解决方案，涵盖破碎设备、磨矿设备、振动筛分系统、浮选槽、磁选机和脱水设备。工艺配置可根据矿石性质和产能要求进行定制，适用于从中小型选矿厂到全球大型采矿项目的各类应用场景。.
适用物料
适用于金属矿石（如金、铁、铜、锂、锰、铝土矿等）和非金属矿物（如石灰石、白云石、重晶石、石墨、大理石、萤石、长石、黏土、滑石等）的破碎与加工。.
推荐设备
颚式破碎机、重锤破碎机、反击式破碎机、圆锥破碎机、VSI制砂机、振动给料机、振动筛、皮带输送机、球磨机、棒磨机、螺旋分级机、浮选机、磁选机、浓密机、脱水筛及完整的破碎—磨矿—筛分—选矿生产系统。.
Zhongyi 提供 免费矿物分析服务
在矿石开采和加工之前，Zhongyi提供免费矿物分析服务，帮助客户快速识别矿物特性并优化矿石品位。我们提供精准检测和高效设备，确保您的生产线实现稳定、高效的矿物回收，最大化经济效益。.
什么是矿物加工设备？
矿物加工设备，也称为选矿设备，是指通过破碎、磨矿、筛分和分选工艺从原矿中提取有价值矿物的机械和系统。它是任何矿山选矿厂的核心系统。.
矿物加工设备构成了现代采矿作业的骨干。它涵盖从矿石粒度减小到矿物分选的完整工艺流程，确保有价值金属和工业矿物的高效回收。常见系统包括破碎单元、磨矿机、筛分设备以及浮选机和磁选机等分选设备。这些系统广泛应用于金、铜、铁及非金属矿物加工厂，并可根据矿石性质和生产能力要求进行定制。.
矿物加工系统设备类型
矿物加工系统设备包括一整套集成机械，如破碎设备（颚式破碎机、圆锥破碎机、反击式破碎机）、磨矿设备（球磨机、棒磨机）、筛分系统（振动筛）和分选设备（浮选机、磁选机、螺旋分级机、浓密机、脱水筛），以及输送和给料系统。该系统旨在处理从原料粒度减小到矿物分选和最终精矿回收的完整选矿工作流程，确保稳定生产、更高回收率和优化运行效率。.
Zhongyi Mining机械提供成套矿石加工设备和解决方案，支持根据矿石类型、生产能力和工艺要求进行定制配置，帮助客户实现高效稳定的生产运营。.
气动浮选槽是一种矿物加工设备，通过外部供气和受控气泡生成，将有价值矿物与脉石矿物分离。广泛应用于铜、金、铅锌、铁矿石及非金属矿物选矿厂，用于粗选、精选和扫选浮选作业。.
凭借优化的空气分散、稳定的矿浆循环和低磨损结构设计，气动浮选槽提供可靠的浮选性能和一致的矿物回收率。Zhongyi根据矿石特性、处理能力和选矿厂要求提供定制浮选设备配置，支持高效矿物分选项目。.
- 有效容积：2.2–38 m³
- 处理能力：0.5–30 m³/min
- 电机功率：5.5–45 kW
我们的矿山浓密机专为选矿厂中高效的矿浆沉降和水回收而设计。从精矿浓缩到尾矿管理，该设备在不同矿石条件下均能提供可靠性能，包括金、铜、铁及其他矿物应用。.
Zhongyi Mining根据进料浓度、处理能力、物料特性和厂区布局要求提供定制化浓密机解决方案。凭借专业的矿山设备制造经验，我们为各类选矿项目设计并供应可靠的选矿浓密机。.
- 槽体直径：1.8–12 m
- 沉降面积：2.55–113 m²
- 处理能力：1.3–250 t/d
耙式浓密机用于采矿、选矿、尾矿处理及工业应用中的连续矿浆浓缩和固液分离。它将大型圆形沉降槽与机械耙系统相结合，在连续运行过程中收集沉降固体、提高底流浓度并回收澄清的水。.
- 槽体直径：18–100 m
- 处理能力：高达3,400 t/d
- 底流浓度：10–75%
The Mining Agitation Tank is a mechanical mixing vessel used to homogenize and condition mineral slurry before downstream processing. The rotating impeller keeps solid particles suspended and promotes consistent pulp circulation, helping maintain stable slurry conditions during continuous operation.
Designed for general mineral processing applications, the tank can handle different slurry concentrations and material characteristics. Tank volume, impeller diameter, rotation speed, and motor power can be configured according to slurry flow rate, solids concentration, particle size, pulp density, conditioning time, and plant layout.
- Effective Volume: 0.098–38 m³
- Impeller Speed: 120–600 r/min
- Motor Power: 1.1–45 kW
The Hydrocyclone Cluster integrates multiple hydrocyclones into a common classification system for continuous mineral slurry separation. The parallel cyclone arrangement distributes feed across multiple units, increasing overall throughput while maintaining efficient particle-size classification.
It is widely used in grinding circuits, desliming, classification, and tailings treatment where higher slurry capacity is required. The number and diameter of hydrocyclones, feed pressure, slurry flow rate, solids concentration, and target separation size can be configured according to the required process duty.
- Cyclone Diameter: 125–500 mm
- Capacity per Cyclone: 3.1–220 m³/h
- Overflow Particle Size: 20–120 μm
The Triple Shaft Horizontal Vibrating Screen is designed for high-capacity sizing of aggregates, ores, and other bulk materials. Its three-shaft drive generates controlled horizontal vibration, helping transport material across the screen deck while separating particles by size.
The horizontal screen layout is suitable for processing lines where screening capacity and limited installation height are important considerations. Screen deck configuration, aperture size, drive arrangement, and screening stages can be selected according to material type, feed size, required capacity, and target separation sizes.
- Excitation System: Triple Eccentric Shafts
- Screen Deck: 2–3 Deck Options
- Screen Motion: Elliptical / Oval Motion
The Bucket Wheel Sand Washer is designed to remove mud, clay, dust, and other light impurities from sand and fine aggregates. Its bucket wheel continuously scoops and discharges the washed material, making it suitable for wet sand and aggregate processing.
It is commonly integrated into sand washing and aggregate production lines where cleaner finished material is required before further use or processing. The washing capacity, feed size, material condition, water supply, and discharge configuration can be matched to the required product quality and plant layout.
- Capacity: 15–350 t/h
- 最大进料粒度：≤10 mm
- Wheel Speed: 1.0–2.5 rpm
The Slurry Lifting Agitator Tank combines slurry agitation and lifting in one unit, providing continuous mixing while raising slurry to the required process level. The agitator keeps solids evenly suspended and helps prevent settling during slurry transfer.
It is designed for mineral processing circuits where slurry needs both continuous agitation and controlled elevation between process stages. Tank volume, lifting height, impeller configuration, motor power, and discharge arrangement can be selected according to slurry flow rate, solids concentration, particle size, and plant layout.
- Effective Volume: 33 m³
- Lifting Height: 2,930 mm
- Motor Power: 45 kW
The Cone Bottom Agitation Tank is designed for conditioning mineral slurry before flotation. Its conical bottom directs settled solids toward the discharge area, while the agitator keeps particles suspended and promotes uniform mixing of ore pulp and flotation reagents.
It is suitable for mineral processing circuits that require controlled slurry conditioning before separation. The tank can be configured according to slurry flow rate, solids concentration, particle size, pulp density, conditioning time, and plant layout, with the impeller and drive system selected for the required mixing conditions.
- Effective Volume: 0.62–5.60 m³
- Impeller Speed: 305–610 r/min
- Impeller Diameter: 250–550 mm
- Motor Power: 1.5–7.5 kW
The GBJ Double-Impeller Leaching Agitation Tank is designed for mineral slurry leaching, providing intensive agitation to improve contact between ore particles and the leaching solution. Its double-impeller arrangement promotes circulation through the tank and helps maintain a consistent slurry condition during the required residence time.
It is suitable for hydrometallurgical processes where continuous slurry agitation and stable solid-liquid contact are required. The tank volume, impeller arrangement, agitation speed, and motor power can be selected according to slurry concentration, particle size, ore density, leaching conditions, and process capacity.
- Effective Volume: 0.58–45 m³
- Impeller Speed: 153–530 r/min
- Motor Power: 2.2–37 kW
The High Density Agitation Tank is designed for continuous mixing of high-solids mineral slurry where conventional agitation may be affected by high pulp density. Its optimized impeller system promotes slurry circulation and helps maintain a consistent pulp condition throughout the tank.
It is used in mineral processing circuits for dense pulp mixing, conditioning, and preparation before downstream treatment. The tank volume, impeller design, agitation speed, and drive power can be selected according to solids concentration, pulp density, particle size, slurry flow rate, and required residence time.
- Effective Volume: 0.55–46 m³
- Impeller Diameter: 400–1000 mm
- Motor Power: 5.5–30 kW
A magnetic separator uses magnetic force to recover magnetic minerals or remove iron contamination. It comes with permanent magnet or electromagnetic circuits, wet or dry configurations, and wear-resistant tanks and drums. It handles roughing, cleaning, and scavenging to boost recovery and grade. Zhongyi supplies the right separator type and size—LIMS, MIMS, or HGMS—with ore testing, process design, and on-site commissioning for your plant.
- Feature: High-intensity magnetic separation for iron removal and mineral purification.
- Application: Suitable for iron ore, manganese, chromite, tailings recovery, and non-metallic minerals.
- Capacity: 10–300 t/h | Feed size: ≤3 mm (wet) / ≤50 mm (dry)
- Magnetic Field Strength: 1,000–20,000 Gauss (LIMS to HIMS)
Rod Mill for Mining Grinding is a grinding machine designed for coarse material reduction in mineral processing. Using steel rods as grinding media, it helps produce a more uniform particle size, reduces overgrinding, and supports stable operation in demanding mining environments. It is widely used in ore beneficiation plants for grinding various minerals and preparing materials for the next processing stage.
At Zhongyi Mining, we provide rod mill solutions for different mining grinding requirements, with reliable equipment structure, stable performance, and flexible configuration options. Our rod mills can be customized according to ore type, feed size, discharge size, and capacity demand, helping customers improve grinding efficiency and match plant-specific processing conditions.
- Cylinder Diameter: φ1.5 m – φ3.5 m (standard); up to φ8 m (large)
- Max Feed Size: ≤50 mm
- Discharge Size: 0.147 – 0.833 mm
- Capacity: 0.6 – 250 t/h
Would you require a tailored mineral processing solution?
Contact Zhongyi Mining Machinery for customized equipment selection, process design, and complete ore processing solutions tailored to your project needs.
Complete Mineral Processing Plant Solutions
Zhongyi provides turnkey mineral processing plant solutions for mining projects, covering the full process from ore testing to plant start-up. The system is designed to match ore characteristics and production targets, and can be delivered as a complete custom mineral processing plant 或 turnkey mining solution. Our engineering scope includes:
Analyze ore properties to define beneficiation method and confirm process feasibility
Design flowsheet based on ore type, grade, and production target
Select and match crushing, grinding, screening, and separation equipment for each stage
Design efficient and scalable plant layout for site conditions and operation flow
We provide installation guidance, commissioning support, and system integration on site
We provide technical support, troubleshooting, and process optimization during operation
Please provide the ore type, daily processing capacity, material hardness, and site conditions, and contact us to receive professional equipment selection and customized production line solutions.
Mineral Processing Equipment Applications
Zhongyi provides mineral processing equipment solutions for various mining applications, including gold, copper, iron ore, lithium, and other mineral resources. Based on ore characteristics, production capacity, and recovery requirements, we supply complete equipment solutions covering crushing, grinding, separation, flotation, and dewatering processes.
Gold Ore Processing Equipment
Gold processing requires efficient equipment to liberate gold minerals from ore and maximize recovery rates. Zhongyi provides complete gold mining equipment solutions, including crushing machines, ball mills, flotation equipment, and gravity separation systems for different types of gold ore, such as placer gold, sulfide gold, and refractory gold deposits.
Copper Ore Processing Equipment
Copper ore processing requires advanced beneficiation technology to separate valuable copper minerals from waste rock. Zhongyi supplies copper processing equipment for crushing, grinding, flotation, and concentrate dewatering, helping mining operators achieve stable production and efficient mineral recovery.
Iron Ore Processing Equipment
Iron ore beneficiation focuses on improving ore grade by removing impurities and increasing iron concentrate quality. Zhongyi provides iron ore processing equipment including crushing, screening, grinding, and magnetic separation systems for hematite, magnetite, and other iron-bearing ores.
Lithium Ore Processing Equipment
With the growing demand for lithium resources, efficient lithium ore processing equipment is essential for improving concentrate recovery and product quality. Zhongyi provides complete lithium beneficiation solutions for hard rock lithium ores, including crushing, grinding, flotation, magnetic separation, and concentration systems.
Looking for mineral processing equipment for your specific ore project?
Zhongyi’s engineering team can provide customized equipment selection and complete processing solutions based on your ore properties, capacity requirements, and final product targets.
How to Choose the Right Mineral Processing Equipment?
Selecting the right mineral processing equipment depends on ore characteristics, production requirements, and the target processing results. Zhongyi provides equipment recommendations based on each project’s material properties, capacity, and beneficiation process.
| Selection Factor | Key Considerations | Example |
| Ore Type & Mineral Properties | Analyze ore composition, hardness, moisture, and valuable mineral characteristics to determine suitable processing methods. | Gold ore → Flotation / Gravity Separation; Iron ore → Magnetic Separation |
| 处理能力 | Choose equipment according to required throughput, plant scale, and future production expansion. | Small-scale plant: 10–100 t/d; Large mining project: hundreds or thousands of tons per day |
| Feed Size & Product Size | Select crushing and grinding equipment based on raw ore size and required final particle size. | Large rock → Jaw Crusher; Fine grinding requirement → Ball Mill |
| Beneficiation Process | Match equipment with the required separation technology and process flow. | Flotation, gravity separation, magnetic separation, or combined processes |
| Energy Consumption & Operating Cost | Consider motor power, wear parts, maintenance frequency, and long-term operating efficiency. | Energy-efficient mills and durable liners help reduce operating costs |
| Project Requirements | Evaluate installation conditions, automation level, and after-sales support requirements. | Complete plant solution, EPC service, or individual equipment supply |
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