During transportation, lithium manganese oxide powder often faces issues such as dust swirling, material moisture and clumping, severe pipeline wear, and low manual operation efficiency. Traditional open-door conveying methods not only cause raw material waste but may also affect the production environment and personnel health, becoming a bottleneck for upgrading lithium battery material production lines.

Material characteristics

Lithium manganese oxide (LiMn₂O₄) is a black or dark gray powder with a narrow particle size distribution (usually D50 between 5-15μm), moderate fluidity, and strong hygroscopicity. Its particles have relatively high hardness, causing normal wear on the pipeline and a high risk of static accumulation, so specific requirements exist for the sealing, moisture resistance, and anti-static capability of the conveying system.

Product Introduction

Head Powder offers customized pneumatic conveying solutions tailored to the characteristics of lithium manganese oxide materials. The system uses positive or negative pressure dense phase conveying methods, equipped with dedicated feeders, stainless steel wear-resistant pipelines, high-efficiency gas-to-ash separation devices, and intelligent control units. It enables fully enclosed automated conveying from raw material silos to mixing, drying, or kiln stations, effectively preventing material contact with the outside world.

Product advantages

To address customer pain points, the system uses fully sealed pipelines to prevent dust leakage; Equipped with dehumidifying air sources and heat tracing pipelines to prevent moisture absorption of materials; The inner walls of pipes are treated with wear-resistant or ceramic lining to extend service life; Integrated PLC automatic control system monitors conveying pressure, material-gas ratio, and equipment status in real time, reducing manual intervention and improving production line continuity.