During the processing and transportation of POM (polyoxymethylene) powder, enterprises often face issues such as dust swirling, materials easily damp and caking, blockages in delivery pipelines, and severe equipment wear. Traditional mechanical conveying methods are not only inefficient but also fail to meet the requirements of sealed and automated production, resulting in harsh workshop environments and increased raw material waste, directly affecting production continuity and product quality stability.

Material characteristics

POM powder features small particle size, light density, average flowability, easy static electricity generation, and sensitivity to temperature. During conveying, it easily adsorbs the pipe wall, and after exposure to moisture, its adhesion increases. Additionally, powder friction generates combustible dust, which places high demands on the conveying system's sealing, anti-static, and temperature control capabilities.

Product Introduction

Head Powder provides customized pneumatic conveying system equipment tailored to the characteristics of POM powder materials. This system uses sealed pipeline negative pressure or positive pressure conveying methods, achieving automated and continuous transfer of POM powder from feeding to storage or production stations by accurately controlling airflow velocity and material-gas ratio. Core components include rotary feeders, Roots blowers, cyclone separators, pulse dust collectors, and intelligent control systems, which can be flexibly configured according to material characteristics and process requirements.

Product advantages

To address customer pain points, Head Powder's POM pneumatic powder conveying solution offers the following solutions:
1. Fully enclosed conveying prevents dust leakage, improves workshop environment, and meets environmental protection requirements.
2. Equipped with anti-static design and temperature control devices to eliminate the risk of static accumulation, meeting the temperature-sensitive conveying needs of POM powder.
3. The intelligent control system monitors conveying pressure and material level in real time, automatically adjusts air source output, and effectively prevents pipeline blockages.
4. Uses wear-resistant piping and low-wear feeding structures to extend equipment lifespan, reduce maintenance frequency, and lower operating costs.