During the processing and transportation of natural graphite, enterprises often face challenges such as dust blasts, high material loss, frequent equipment blockages, and persistently high labor costs. Traditional mechanical conveying methods not only easily cause graphite particle breakage but also fail to meet sealed environmental protection requirements, resulting in harsh workshop environments and soaring maintenance costs, seriously affecting production continuity and product quality.

Material characteristics

Natural graphite features low density, wide particle size distribution, strong surface lubricity, easy agglomeration, and a tendency to generate static electricity. Its particles are quite brittle, and during conveying, they are sensitive to shear and impact forces; At the same time, graphite powder has high adsorption capacity and tends to clump in humid environments, placing higher demands on the sealing and explosion-proof performance of the conveying system.

Product Introduction

Head Powder has launched a natural graphite pneumatic conveying system to address the physical properties of natural graphite and industry pain points. This system uses sealed pipeline conveying methods of positive or negative pressure, achieving stable, dust-free, and low-damage transport of graphite materials by precisely controlling airflow velocity and material-gas ratio. The system can be customized non-standard according to customers' site layouts, production capacity requirements, and material characteristics, adapting to powder, granular, and mixed-form graphite raw materials.

Product advantages

To address issues such as dust pollution, equipment blockages, and high energy consumption, Head Powder's natural graphite pneumatic conveying solution offers the following solutions: fully enclosed pipeline design to prevent dust leakage at the source and improve the workshop environment; Optimizing the structure of the bend pipe and airflow parameters reduces material crushing rate, helping to stabilize finished product particle size; Integrated intelligent control system monitors pipeline pressure and material level in real time, automatically adjusts conveying frequency, reducing manual intervention and downtime; Made with wear-resistant and anti-static materials, extending equipment lifespan and ensuring safe operation. The system's overall energy consumption is reduced by more than 15% compared to traditional mechanical conveying, and maintenance costs can be reduced by about 30%.