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.