During the transportation of lithium cobalt oxide powder, enterprises often face environmental pollution and employee health risks caused by dust leakage. Materials are prone to particle breakage and high loss rates during mechanical transfer. At the same time, traditional conveying methods are difficult to achieve continuous and automated operations, resulting in low production efficiency and high maintenance costs. How to achieve safe, closed, and efficient transportation without altering the original quality of materials has become an urgent challenge for the industry.

Material characteristics

As a cathode material for lithium batteries, lithium cobalt oxide features high density, fine particle size (usually at the micron level), average flowability, and sensitivity to moisture. The surface of these particles is prone to wear and can pulverize under high-speed collisions or mechanical compression, affecting subsequent battery performance. In addition, lithium cobalt oxide powder easily absorbs moisture and clumps in the air, has its usual chemical activity, and must be transported in a dry, sealed environment.

Product Introduction

The lithium cobalt oxide pneumatic conveying system launched by Head Powder uses the principles of positive pressure dense phase or negative pressure dilute phase conveying, transporting lithium cobalt oxide powder from the raw material silo to each workstation through sealed pipelines. The core components of the system include a rotary feeder, delivery pipelines, air source treatment devices, dust removal and filtration equipment, and intelligent control units. Based on customers' production capacity requirements, factory layouts, and material characteristics, we offer fully customized services covering solution design, equipment manufacturing, installation and commissioning, and operation and maintenance services, helping ensure leak-free, low-noise, and low-energy conveying processes.

Product advantages

To address customer pain points, Head Powder offers the following solutions:

• Fully enclosed pipeline conveying fundamentally prevents dust leakage, improves the workshop environment, and supports operator health.
• By adopting a low-velocity dense phase conveying method, collisions between materials and friction on the pipe wall are reduced, keeping the particle damage rate at an extremely low level and maintaining the original particle size distribution of lithium cobalt oxide.
• Integrates automatic clog cleaning, anti-static, and moisture-proof and dehumidifying functional modules, adapting to lithium cobalt oxide's moisture-absorbing and charging characteristics, helping the system operate continuously.
• Equipped with a PLC intelligent control system, it can be linked with the host computer for more accurate measurement, remote monitoring, and fault alarms, thereby improving production automation and reducing the frequency of manual intervention and maintenance.