Fujian Ningde Boron Nitride Micropowder Anti-agglomeration Pipeline General Contracting Case Study

A company located in Ningde, Fujian, mainly engages in the research, development, and production of boron nitride micropowder. During production, boron nitride micropowder needs to be stably transported from the crushing workshop to the packaging process. Due to the extremely small particle size and high surface energy of boron nitride micropowder, conventional pneumatic conveying methods cannot meet its anti-agglomeration and low-loss process requirements.

Customer pain points

During transportation, boron nitride micropowder is highly prone to agglomeration due to static electricity and van der Waals forces, leading to frequent pipeline blockages and forced production interruptions; At the same time, the flying micropowder causes material waste and environmental pollution in the workshop, affecting the health of operators. In addition, traditional conveying equipment consumes high energy, has high maintenance costs, and cannot adapt to the continuous, automated production rhythm.

Product advantages

Head Powder designed an anti-agglomeration pipeline pneumatic conveying system based on the physical characteristics of boron nitride fine powder. The system uses optimized airflow velocity and pipeline inner wall treatment technology, and integrates a dedicated anti-agglomeration structure to effectively suppress micropowder adhesion and agglomeration inside the pipeline, ensuring smooth conveyance. The fully enclosed piping design prevents dust leakage and reduces material loss to a reasonable range. The automated control unit can adjust conveying parameters according to real-time operating conditions, reducing energy consumption and minimizing manual intervention while improving conveying performance. This solution has been successfully applied in multiple powder enterprises in Ningde, Fujian, operating stably and receiving positive feedback from customers.