The wet metallurgy flaking machine is a core specialized piece of equipment used in wet metallurgy processes such as electro-deposition for extracting copper, nickel, manganese, and other metals. It is primarily used to peel off the thin metal sheets adhering to the cathode plates after electrolysis and electro-deposition, thereby obtaining finished metal products and enabling the cathode plates to be reused. Automated continuous operation significantly increases stripping speed and output compared to manual stripping. Through proper washing and other operations, the purity of the metal sheets is enhanced, reducing manual involvement, lowering workers' labor intensity, improving working conditions, and minimizing safety risks associated with manual operations.

High-Pressure Grinding Rolls (HPGR) are a highly efficient material grinding device. With their energy-saving and high-output features, they have gradually become one of the mainstream grinding devices. The core principle is “laminar crushing,” which differs from traditional impact or grinding methods. It applies high pressure to the material using two counter-rotating rolls (one fixed and the other movable), forming a “material layer” between the rolls. Under high pressure, the material undergoes internal stress fracture (rather than surface impact), ultimately achieving the crushing effect. Material enters the gap between the two rollers through the feed opening and is drawn into the roller gap by friction and compression forces. The high pressure applied by the rollers (typically reaching 50–300 MPa) can crush raw ore to particles smaller than 3 mm, which are then fed into a ball mill for further grinding. Compared to conventional grinding processes, this reduces energy consumption by approximately 40% and increases concentrate recovery rates by 5–10%.

The filter press is a traditional solid-liquid separation device we offer, primarily used for filtration, dewatering, or extracting filtrate, and applied in industries such as mining and metallurgy. The filter press process falls under cake filtration. The core differences between various types of filter presses lie in automation levels, cake dryness, suitable materials, cost, and efficiency. We provide products such as horizontal filter presses, vertical filter presses, and ceramic filter presses.

We have extensively adopted advanced crushing technology from Switzerland and Finland and developed a new type of high-efficiency crusher. This equipment integrates mechanical, hydraulic, electrical, automation, and intelligent control technologies. We provide leading mining crushers to global mines, committed to becoming your trusted production partner, helping you improve mineral processing efficiency and significantly reduce tonnage costs.Our crusher product range includes jaw crushers, cone crushers, impact crushers, and gyratory crushers, capable of meeting the requirements of coarse crushing, medium crushing, and fine crushing stages, and adaptable to different ore characteristics and production scales.

We specialise in providing high-strength, high-wear, high-corrosion, high-performance pump products for the entire mining process, ensuring efficient and stable production operations with exceptional reliability and adaptability.

I. Core Product Series and Technical Advantages

Heavy-duty centrifugal slurry pump series, deep cone thickener dedicated underflow pump, mining submersible pump series, chemical process pump (chemical dosing pump), positive displacement pump series (screw pump, diaphragm pump)

2. Professional Technical Support and Services  

Operating Condition Analysis and Selection: A team of senior engineers provides detailed operating condition analysis (medium characteristics, concentration, particle size, temperature, flow rate, pressure, installation environment, etc.) to precisely recommend the optimal pump type and material configuration.  

Customised Design: Customised solutions are provided for extreme operating conditions (ultra-high concentration, large particles, strong corrosion, special space constraints, etc.).

Energy-Efficient Solutions: Significantly reduce operational energy consumption through system optimisation and replacement with high-efficiency pumps.  

Global Spare Parts Supply and Rapid Response: Emergency supply of critical spare parts with rapid response from a professional service team.  

Full Lifecycle Management: Provide installation guidance, operational maintenance training, preventive maintenance plans, condition monitoring, major repairs, and remanufacturing services to maximise equipment value.

3. Choosing us means choosing:

Guaranteed continuous operation: Exceptional durability designed specifically for harsh mining environments, minimising unexpected downtime.  

Maximised cost-effectiveness: Superior wear resistance and efficient design significantly reduce spare part replacement frequency and energy consumption.  

Safety and environmental protection: Zero-leakage sealing technology and reliable structure ensure the safety of personnel and the ecological environment of the mining area.

Professional worry-free service: From precise selection to full lifecycle support, we provide professional technical assistance throughout the entire process.  

Please provide your specific operational requirements, and we will immediately customise the optimal pumping solution for you!

The high-efficiency thickener is a new type of center-driven, automatic lifting rake high-efficiency thickener used for solid-liquid separation. Compared with traditional thickeners, the high-efficiency thickener significantly improves solid-liquid separation efficiency, is more durable, and the settling process is easier to control through flocculant mixing and horizontal distribution. It can be equipped with a flocculant addition automatic control system and a high-efficiency thickener automatic control system for more flexible control.

The mineral classification equipment we offer includes:

Vibrating screen series (linear vibrating screens, high-frequency vibrating screens, circular vibrating screens, etc.)

High-efficiency screening with strong adaptability, capable of processing coarse, medium, and fine-grained minerals (0.1 mm–50 mm). Used for classification after crushing, desliming before mineral processing, and concentrate dewatering. Supports multi-layer screen design for simultaneous separation of multiple particle sizes.

Hydrocyclone series (e.g., hydraulic hydrocyclones, heavy-medium hydrocyclones)

Utilizing centrifugal force for efficient classification of fine-grain sizes (-0.5mm), these compact, high-capacity units are suitable for applications such as grinding circuit classification, tailings concentration, and slurry classification, particularly compatible with wet beneficiation processes.

Specialized classification equipment (e.g., spiral classifiers, high-frequency fine screens, probability screens)

Spiral classifiers: Commonly used in ball mill closed-circuit systems to separate coarse-grain mineral sand from fine-grain slurry;

High-frequency fine screens: Designed for high-precision classification of fine-grain minerals (-0.15 mm) to enhance concentrate grade.

SKID is a compact substation unit that integrates transformers, high and low-voltage distribution equipment, etc. on a removable steel base, designed for B2B scenarios such as industrial temporary power use and mining. Its core advantage lies in its modular structure, which supports rapid deployment and flexible relocation, making it suitable for scenarios with weak grid coverage areas or short project cycles.

Advantages of SKID: high reliability, small size, small footprint, high mobility, short construction period, and Strong emergency response capability, easy maintenance, strong environmental adaptability.

Starter is a kind of terminal control equipment for centralising, switching and distributing electricity, which is used for controlling the start-up of end-use equipment, and usually consists of components such as cabinets, switches, protection devices and monitoring devices.

The main functions of Starter:

1. Start-up control: start/stop electrical equipment (Pumps, Jumbo, Fans, etc.) by push-button or remote switching signals, and low voltage control of high voltage to ensure the safety of operators.

2. Protection function: it has the functions of overload protection, short circuit protection, over-voltage protection, under-voltage protection, and phase-loss protection, etc. It ensures that the power-using equipment can cut off the power supply in time to prevent damage in abnormal situations.

3. Monitoring and control: It can monitor the operation status of the power-using equipment to ensure that the power-using equipment operates normally.

The E-House is a modular, prefabricated outdoor enclosure designed to house medium-voltage and low-voltage switchgear and associated auxiliary equipment, providing a convenient and efficient power system solution that can be quickly deployed and adapted to a variety of power needs. It is designed with a steel structure and a spacious interior that allows for the integration of smart technologies to integrate electrical and process control systems as a whole.

Core Advantages of E-House

1.Rapid Deployment

On-site installation time is 70% shorter than that of traditional substations.

2.Flexible Expansion

Modular design supports on-demand capacity increase or decrease without rebuilding.

3. Cost-effective

Overall cost reduction of 30%-50% and easy maintenance.

4.Intelligent Integration

Real-time tracking of energy consumption and faults to improve reliability.

5.Durable and Environmentally Friendly

The structure is corrosion-resistant and sand-proof, with a lifespan of more than 25 years; some of the new models can adopt solar panels to reduce the carbon footprint.

The power transformers we manufacture are core equipment in power transmission and distribution systems, dedicated to achieving efficient, safe, and reliable power transmission. By adopting advanced design concepts, selecting high-quality materials, and employing strict manufacturing processes, we ensure that transformers maintain outstanding performance under various harsh operating conditions.The advantages and features of our power transformers include: outstanding electrical performance, durability, safety and reliability, excellent environmental performance, strong environmental adaptability, intelligent monitoring and convenient maintenance, low vibration, and low noise.We are committed to providing customers with high-performance, reliable, energy-efficient, and environmentally friendly power transformer products. Additionally, we offer professional technical consulting, customised design, comprehensive installation guidance, and full-lifecycle after-sales service support. Choosing our power transformers means choosing efficient, reliable, and long-lasting value assurance.

We can provide mining cables that comply with Australian and New Zealand (AS/NZS) or Southern African (SANS) standards. We can customise cables to meet specific project requirements while ensuring compliance with relevant standards, offering various specifications and applications. For example, mining drag cables such as 241.1, 6.6/11kV SWA XLPE, etc.

1、Conductor: we can do copper core and aluminium core

Advantages of copper core: resistivity, good ductility, high strength, resistance to fracture, oxidation, corrosion resistance, high intermittent flow rate, low voltage loss, low heating temperature, low energy consumption and so on.

2、Flame retardant: flame retardant standard, the conventional is class C flame retardant, our cable can meet the grade of 3A.

3、Fire-resistant：Fire-resistant grade meets the grade of IEC60331 and BS6387 CWZ, if you need BS EN50200 standard fire-resistant, we can also meet the fire-resistant grade of PH120.

4, armouring: IEC60502 armouring requirements, such as steel tape, steel wire or steel wire braid can be.

5、Sheathing：Cable sheathing we can also meet a lot of requirements, such as: oil-proof, UV-proof, rodent and ant-proof, hydrocarbon resistant, low smoke and non-halogen (meet IEC61034/IEC60754-1,-2).

Our instrumentation automation solution is the core engine of modern industrial intelligence. It seamlessly integrates advanced field instruments, reliable control systems, and powerful data acquisition and analysis platforms, and is committed to providing accurate measurement, intelligent control, efficient management and decision support for your production processes, helping enterprises achieve safe, stable, efficient and lean operation goals.

We not only provide hardware and software, but also provide end-to-end solutions and professional services (consulting, design, implementation, training, operation and maintenance support). With deep technical accumulation and rich industry experience, we are committed to be your trusted partner in achieving digital transformation and operational excellence.

With decades of design and application experience, choose our instrumentation automation solutions to unlock the value of your data, optimise process performance and lead the way to an intelligent future!

As a high-risk, high-energy consumption, and highly complex industry, the digital transformation of non-ferrous mines has long been hindered by challenges such as harsh environmental conditions (underground/open-pit extreme conditions), dispersed equipment, difficulties in safety management, and low production efficiency. The deep integration of “5G + Cloud + AI” can address these challenges specifically, delivering multi-dimensional value enhancements, transitioning from a “reactive response” to an “active optimization” approach.

The core value of “5G + Cloud + AI” lies in enabling non-ferrous mines to transition from “relying on human experience and passively addressing issues” to “data-driven, proactive optimization of the entire process.” For non-ferrous mines, this is not merely a technological upgrade but an inevitable choice to align with the industry's high-quality development goals (safety, environmental sustainability, and efficiency).

Mining and hydrometallurgy system engineering, usually introduces a variety of key system modifications and technological upgrades, in order to achieve cost reduction and efficiency, green environmental protection, and contribute to mankind.

I. High-efficiency beneficiation and resource recovery system

1. Intelligent sorting and ultra-fine particle recovery technology

2. tailings reelection and recycling system.

Wet Metallurgy Process Optimisation System

1. leaching - extraction - electrowinning (SX-EW) whole process upgrading

2. Biometallurgy and intelligent control technology

III. Resource recycling and tailings reduction system

1. Tailings dry discharge and high value utilisation.

2. Acid wastewater and iron resource recovery

IV. Digital and Intelligent Management System

1. 3D resource modelling and dynamic optimisation

2. AI-driven predictive maintenance

V. Energy saving and environmental protection synergy system

1. waste heat recovery and energy management

2. Acid waste gas in-depth treatment

Through the integrated application of the system, mining and hydrometallurgical projects can achieve the goals of "maximising resource utilisation, minimising tailings discharge and optimising economic benefits". For example, by upgrading the whole process of a copper mine, the copper recovery rate was increased from 78% to 88%, and the copper content of tailings was reduced from 0.3% to 0.15%, with an annual increase of more than 200 million yuan in revenue and a reduction of tailings discharge by 300,000 tonnes.

We specialize in underground mining flood control and related system equipment to support underground mining projects. We provide cost-effective solutions to minimize downtime, enhance productivity, and meet the highest safety and compliance standards.

Hazards and impacts of flooding:

Personnel safety, equipment damage, environmental destruction, economic losses, production downtime losses, etc.

We utilize foundational data such as detailed exploration, dynamic monitoring, and risk assessment to implement flood control measures including emergency drainage, isolation and sealing, curtain grouting for water blocking, dewatering and pressure reduction methods, advance water drainage, and backfilling.