Shaanxi Xi'an Lithium Ultrafine Anti-Agglomeration Conveying System

Case Overview

In the lithium battery material processing industry, the precise handling of ultrafine powders presents significant challenges. A leading manufacturer in Shaanxi, Xi'an, required a reliable conveying solution for lithium-based ultrafine powders, where material agglomeration and flow instability were critical issues affecting production efficiency and product quality. Headpowder was engaged to design and implement a dedicated anti-agglomeration conveying system tailored to these demanding requirements.

Client Pain Points

The client faced persistent difficulties with the mechanical and pneumatic transport of ultrafine lithium powders. The fine particle nature of the material caused severe agglomeration, leading to blockages in pipelines, inconsistent feed rates, and frequent downtime for cleaning. Additionally, the electrostatic properties of the powder increased the risk of adhesion to equipment surfaces, further reducing system reliability. The existing conveying setup also struggled to maintain uniform dispersion, resulting in compromised downstream processing and variable product quality.

Product Solution and Advantages

To address these challenges, Headpowder developed a specialized anti-agglomeration conveying system for lithium ultrafine powders. The system incorporates precision-controlled air flow patterns, specialized surface treatments inside conveying pipes, and integrated de-agglomeration mechanisms. This design ensures that powder particles remain in a free-flowing state, minimizing clumping and maintaining consistent material transport. The solution also includes real-time monitoring of pressure and flow parameters, allowing for automatic adjustments to prevent blockages. By stabilizing the conveying process, the system improves overall productivity, reduces maintenance intervals, and enhances final product uniformity.

Product Features

The anti-agglomeration conveying system offers several key characteristics that make it suitable for ultrafine lithium powder applications.

• Anti-Agglomeration Mechanism: Utilizes targeted air jets and turbulence control to break up particle clusters before they can form stable agglomerates.
• Surface Treatment: Internal pipe surfaces are coated with a low-friction, anti-static material that reduces adhesion and prevents powder buildup.
• Modular Design: System components are designed for easy assembly and disassembly, simplifying cleaning and maintenance without compromising seal integrity.
• Adaptive Airflow Control: An integrated controller adjusts air velocity and pressure in real time based on sensor feedback, ensuring consistent powder dispersion across variable throughput rates.

Product Parameters

Each conveying system is customized to client specifications, but typical parameters include the following: