In the production and transportation stages of lithium iron phosphate powder, enterprises often face issues such as material dust accumulation, pipeline blockages, low transportation efficiency, and severe equipment wear. Traditional mechanical conveying methods not only struggle to maintain powder purity but also easily cause dust pollution in the production environment, increasing cleaning and maintenance costs. At the same time, powders often suffer from moisture absorption or uneven particle size, resulting in poor conveying system stability and affecting the continuous operation of downstream processes.

Material characteristics: Process requirements for lithium iron phosphate powder

Lithium iron phosphate powder has characteristics such as low density, fine particles, easy agglomeration, and sensitivity to moisture. Their particle size range is usually at the micron level, with poor flowability, and strict control of moisture and impurities must be controlled during transportation. Therefore, it is recommended that the conveying system balance sealing, moisture resistance, and low shear force to avoid damage to particle shape or the introduction of foreign matter.

Product Introduction: Lithium iron phosphate powder pneumatic conveying system

Head Powder has launched a customized pneumatic conveying solution tailored to the special physical properties of lithium iron phosphate powder. The system uses sealed conveying methods of positive or negative pressure, with core equipment including a rotary feeder, silo pump, dust collector, pipeline, and automatic control system. By accurately adjusting the gas-solid ratio and wind speed, it achieves stable suspension and transport of powder within pipelines, improving pipe blockages and dust issues. The complete system can be flexibly designed according to the customer's site layout, supporting automated connections across multiple stages from raw material warehouses to mixing, drying, and packaging.

Product Advantages: Targeted solutions

• Sealed transport to prevent dust pollution: Fully enclosed pipeline structure, combined with efficient dust removal devices, helps maintain a clean production environment and meets environmental compliance requirements.
• Moisture-proof design supports material quality: The system is equipped with a drying air source and pipeline insulation layer to prevent powder moisture absorption and caking, maintaining material consistency.
• Low-wear structure extends equipment lifespan: Uses wear-resistant elbows and inner wall spraying processes to reduce powder erosion on the pipe wall and decrease maintenance frequency.
• Intelligent control enhances operational stability: Integrates PLC and sensor modules to monitor conveying pressure and flow in real time, automatically adjust parameters, and adapt to changes in physical properties across different batches.
• Flexible customization, adaptable to existing production lines: Provides a complete solution from single-point conveying to multi-point distribution, allowing modification or new construction in coordination with users' existing equipment.