In the large-scale production and application of carbon nanotube powder, the fine, easily agglomerated, and high value-added material characteristics pose significant challenges to traditional transportation methods. How to achieve sealed, low-break, and pollution-free stable conveying has become a core pain point that related enterprises urgently need to solve. Head Powder addresses this industry challenge by providing customized carbon nanotube powder pneumatic conveying solutions and complete system equipment to help customers overcome process bottlenecks.

Material Characteristic Analysis

Carbon nanotube powders feature small particle size (nanoscale), large specific surface area, light density, and high surface activity. During conveying, agglomeration, flying, oxidation, moisture absorption, and static electricity buildup are highly likely, placing high demands on the conveying system's sealing, explosion-proof, low shear force, and cleanliness. Traditional mechanical conveying methods cannot meet their protection needs, so pneumatic conveying is an option due to its advantages of sealed pipelines, controllable airflow, and low mechanical disturbance.

Product Introduction

The Head powder carbon nanotube powder pneumatic conveying system equipment is based on in-depth research on nanopowder properties, using positive or negative pressure dense phase pneumatic conveying technology, equipped with dedicated air source treatment devices, anti-static pipelines, high-precision gas-solid separators, and intelligent control units. The system enables fully sealed, automated conveying from the raw material silo to multiple powder points, effectively preventing moisture, oxidation, and cross-contamination of materials, while maintaining the powder's original shape and activity.

Product advantages

To address customer pain points, Head Powder offers targeted solutions: the system adopts a low-flow, high-concentration dense phase conveying method, which reduces the risks of powder collision and crushing; Full-process sealing design and optional inert gas protection prevent external moisture and oxygen intrusion; Built-in anti-agglomeration pneumatic dispersion device helps maintain good dispersion of powder during conveying; The intelligent control system can monitor parameters such as pressure, flow, and material level in real time, achieving relatively accurate feeding and fault warnings. The overall solution not only improves conveying efficiency but also greatly enhances the quality stability of carbon nanotube powder and the safety of the production line.