Artificial graphite pneumatic conveying solution
During the production and transportation of synthetic graphite, enterprises often face issues such as dust from the material, severe environmental pollution, rapid pipeline wear, low conveying efficiency, and frequent blockages. Traditional open conveying methods not only increase raw material waste but also affect workers' health, resulting in high equipment maintenance costs and limiting capacity growth.
Material characteristics

Artificial graphite features low density, fine particle size, fragility, high abrasion, and generally hygroscopicity. Their particles have irregular shapes, easily generate static electricity during transportation, and cause significant friction on pipelines and equipment surfaces, requiring targeted protection and sealing designs to help ensure stability and low loss during conveying.
Product Introduction

The artificial graphite pneumatic conveying system provided by Head Powder uses sealed pipeline positive or negative pressure conveying methods, allowing for non-standard customization based on material characteristics, conveying distances, workshop layout, and other working conditions. The system includes core components such as the sending tank, rotary valve, dust removal device, and automatic control system, achieving fully enclosed automated operations from feeding to unloading, effectively preventing dust leakage, reducing material crushing, and improving transfer efficiency.
Product advantages

To address customer pain points, Head Powder optimizes solutions from multiple dimensions: using wear-resistant elbows and lined pipes to extend equipment service life; Equipped with highly accurate metering and monitoring modules to prevent blockages and provide real-time feedback on operational status; Low-pressure continuous conveying process reduces energy consumption and noise; The fully enclosed structure fully eliminates dust pollution and meets environmental protection requirements. The complete system supports multiple control modes and can seamlessly connect with upper-level management systems, helping enterprises achieve clean and intelligent production.