During the lithium salt production process in Guyuan, Ningxia, a certain company faced practical challenges such as the easy agglomeration of ultrafine powders during transportation, dust leakage, and insufficient system sealing. The company's original conveying equipment could not meet the anti-agglomeration and environmentally sealed process requirements for lithium salt ultrafine powder, urgently requiring a reliable solution to support production continuity and product quality.

Customer pain points

Lithium salt ultrafine powder has small particle size and high surface energy, making it easy for clumping and agglomeration during traditional mechanical conveying, leading to poor discharge and pipeline blockages. At the same time, powder generates severe dust during transportation, which not only affects the workshop environment but also causes raw material waste. Additionally, the process requires the entire conveying system to be kept sealed to prevent moisture or contamination, while the original equipment has obvious shortcomings in sealing performance.

Product solutions

Head Powder addresses these pain points by providing a customized sealed anti-agglomeration conveying system for lithium salt ultrafine powders. This system uses pneumatic conveying principles combined with anti-agglomeration structural design, keeping the powder dispersed throughout the entire transport process. All system interfaces and pipelines use high-grade sealing components to help prevent dust leakage. By accurately controlling the conveying air velocity and material-air ratio, agglomeration is effectively suppressed, energy consumption is reduced, and stable and environmentally friendly sealed conveying is achieved.

Project Outcomes

After this solution was put into operation at the Guyuan project site in Ningxia, the customer's production process went smoothly, with no further pipeline blockages or dust leakage issues. Material conveying efficiency has improved, product quality has stabilized, and the workshop environment has been significantly enhanced. The overall operation of the project is reliable, maintenance is simple, and it meets the process requirements for long-term continuous transport of lithium salt ultrafine powder.