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Unlock Mineral Wealth with JXSC’s Beneficiation Solutions

With 37 years of industry leadership, JXSC offers globally certified mineral processing solutions. Our mineral processing equipment used in 200+ mining projects, ensuring 90-95% recovery rates, providing superior results for over 40 minerals. From gold to copper, our mineral processing solutions enhance your mining efficiency and profitability with cutting-edge mineral processing technology.

Optimize Mineral Beneficiation Processes with JXSC Equipments

Crushing and Grinding: Maximizing Mineral Processing Efficiency

Crushing in mineral processing and grinding in mineral processing are the key primary stages in mineral processing. The main purpose is to break large pieces of ore into suitable particle sizes, increase the separation of minerals from gangue, and ensure that the subsequent screening and classification processes are more accurate. JXSC’s reliable equipment ensures smooth operation and maximizes mineral recovery.

Mineral Beneficiation: Targeted Recovery for Maximum Profit

Mineral Beneficiation includes gravity separation, flotation and magnetic separation. Gravity separation uses mineral density differences to separate minerals, which is suitable for minerals with large density differences. Flotation separates complex ores through differences in surface hydrophilicity and hydrophobicity. Magnetic separation relies on magnetic differences to separate and extract magnetic minerals. JXSC equipment is known for its efficiency, durability and precision, and is suitable for both small-scale and large-scale mining.

Dewatering: Efficient Water Management for Sustainable Operations

Dewatering in the mining process is essential for removing excess water from ore, which increases the dryness and purity of mineral concentrates. Effective dewatering reduces transportation and storage costs while enhancing overall processing efficiency and product quality. JXSC‘s tailored mineral processing solutions ensure optimized moisture control, reduce environmental impact, and increase profitability.

Customized Mineral Processing Solutions for Maximum Efficiency

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1. Preliminary ore analysis

We will evaluate your ore type, production requirements and budget to design the best mineral processing solution, either through on-site ore sampling or laboratory testing.
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2. Process Design and Solution

Based on ore analysis, we create a customized mineral processing flow. Our professional CAD and 3D design team provides detailed flow charts and 3D models for clear understanding.
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3. Equipment List and Quotation

We provide a complete equipment list and competitive pricing based on your specific process requirements, and design drawings within 24 hours, 80% faster than our peers.
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4. Manufacturing and Delivery

JXSC has 8 years of freight forwarding experience and strictly controls the transportation process of mineral processing products to ensure safe transportation.

5. Installation and Tuning

Provide layout drawings for easy installation. Professional overseas engineers guide the installation process on site to ensure smooth commissioning and minimal downtime.
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6. After-sales support

We offer 24/7 customer service, onsite troubleshooting and real-time remote video diagnostics, and guarantee a 1-year warranty with fast response to any issues.

Achieve Reliable Efficient Mineral Processing with JXSC

Strong supply chain strength

Our mineral processing equipment factory covers an area of ​​30,000 square meters and has modern machines such as lathes and drilling rigs, which can provide fast delivery within 20 to 40 days.

High-quality raw materials

We utilizes high-valued brands such as ABB, Siemens as critical components so as to achieve good performance thus giving you a good return on mineral processing investment.

Advanced Manufacturing Excellence

Since 2016, JXSC has acquired BV and ISO 9001 certification, focusing on technology innovation to compete in the market. We also provide various certificates such as CCVO, CE, and others.

Comprehensive EPC Solutions

We employs an international team and has a great deal of experience in all branches of the EPC industry from the initial mine assessment through the commissioning of process equipment and its installation.

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FAQs About Mineral Processing

Mineral processing involves the extraction and refining of valuable minerals from ore. It includes various steps such as crushing, grinding, flotation, and dewatering to improve ore beneficiation. The goal is to produce a high-quality concentrate through ore sorting and other mineral processing methods.

Minerals are processed to extract valuable materials and enhance their quality. In mineral processing, key steps like crushing, grinding, and separation improve the concentration of desired minerals while removing impurities.Those mineral processing steps ensure the final product meets the required specifications for use in manufacturing and construction.

Jigging is a gravity separation technique used in mineral processing to concentrate valuable minerals from ore based on density differences. It plays a crucial role in the beneficiation of minerals, separating heavier particles from lighter waste. Jigging is often part of the mineral processing flowsheet, enhancing the efficiency of ore beneficiation.
Comminution refers to the crushing and grinding of ore to reduce its size for further processing. It is an essential step in mineral processing to prepare the material for subsequent concentration methods, like flotation cells or gravity separation. Effective comminution improves the overall beneficiation of minerals by increasing liberation of valuable particles.
A shaking table is crucial in mineral processing as it uses gravity to separate different minerals based on their densities. This equipment enhances the recovery of valuable minerals by concentrating them from a mixture. It’s especially effective for separating heavy minerals from lighter ones.
Magnetic separation utilizes magnetic fields to isolate ferromagnetic minerals from non-magnetic ones. This process is essential in the mineral processing industry, particularly for separating iron ores and other magnetic materials. It improves the overall purity of the final product.

Key factors influencing mineral processing plant design include the type of minerals being processed, the scale of production, and the environmental regulations. Effective design ensures optimal recovery rates and efficiency while minimizing waste. Additionally, it must consider logistics, costs, and technology available for processing.

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