New Energy Industry
SOPHON provides efficient, eco-friendly, energy-saving, and flexible solutions for material conveyance in the new energy industry, which helps to promote the sustainable development and innovation of the industry.
New Energy Industry
SOPHON provides efficient, eco-friendly, energy-saving, and flexible solutions for material conveyance in the new energy industry, which helps to promote the sustainable development and innovation of the industry.


Preparation Line for Cathode Materials
SOPHON provides fully-automatic unpacking and precise metering and conveying systems for different lithium, carbon and phosphate sources and works out the equipment production plan for various processes. For rear processes such as prilling, sintering, crushing, batch mixing, screening, magnetic separating, packaging, etc., we complete the implementation plan of fully-automatic production system and carry out full lifecycle management of the production line.
Speed up the Design Delivery Schedule: Configure production lines according to customers’ production schedules to ensure that equipment parts meet process requirements and improve overall production capacity.
Improve Production Efficiency: Through the rational configuration of automated equipment, manual intervention can be effectively reduced and remote control of the production line can be realized.
Reduce Operation & Maintenance Costs: According to the actual plant height and conveying distance requirements, different pneumatic conveying methods are provided. Moreover, valve control is adopted to realize flexible configuration of one on standby and one in use, thus optimizing the overall layout design of the system.

Helps to promote the sustainable development and innovation of the industry
Dehumidification & Consumption Reduction
By combining closed-loop negative pressure and positive pressure dense phase conveying, dry compressed air is introduced to deliver materials, keeping them in a freely flowing state.

Strong Magnetic Absorption
A combination of electromagnetic and physical magnetic separation is adopted to remove magnetic impurities mixed within the materials, achieving more significant magnetic separation results.

High Screening Precision
For materials with poor flowability, a direct-discharge sieve can be used for separation, while an ultrasonic vibrating screen is configured in the later stage to achieve higher screening accuracy, addressing challenges such as strong adhesion, easy agglomeration, and high static electricity.

Reduced Operational Costs
Based on the actual plant height and conveying distance requirements, different pneumatic conveying methods are provided, and a valve control system is adopted to enable flexible configuration with one on standby and one in use, optimizing the overall layout design of the system.


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