During the processing and transportation of caprolactam, enterprises often face challenges such as material moisture absorption and clumping, pipeline blockages, dust pollution, and low manual operation efficiency. Traditional mechanical conveying methods not only consume high energy but also tend to cause material deterioration due to poor sealing, affecting the stability of subsequent polymerization reactions. At the same time, frequent equipment maintenance and shutdown inspections increase operating costs, making an efficient, reliable, and environmentally friendly automated conveying solution urgently needed.

Material characteristics

Caprolactam is a white crystalline or powdery solid with strong hygroscopic properties and a low melting point (about 69°C). It easily deliquefies and forms hard lumps in humid environments. In addition, this material has a small particle size, average flowability, sensitivity to temperature changes, and poses a dust explosion risk when mixed with air at normal concentrations. Therefore, the conveying process must also consider moisture protection, anti-clogging, anti-static, and temperature control requirements.

Product Introduction

Head Powder provides customized pneumatic conveying system equipment tailored to the characteristics of caprolactam. The system uses either positive or negative pressure sealed pipeline delivery methods, integrating air source equipment, feeding devices, separation and dust removal units, intelligent control modules, and pipeline components. Through precise airflow control, materials flow smoothly through sealed pipelines, with no leakage or contamination throughout. The system can be customized for non-standard design based on customers' actual working conditions (such as conveying distance, output, workshop layout), compatible with new production lines or retrofit needs.

Product advantages

To address customer pain points, Head Powder offers the following solutions: using fully enclosed pipelines for transport, isolating external moisture and effectively preventing caprolactam from absorbing and caprolactam; Equipped with anti-static and explosion-proof designs to support safe production; By applying variable frequency control technology, it achieves relatively accurate adjustment of conveying speed and pressure, reducing energy consumption by about 15%-30%; The modular structure makes equipment installation and maintenance easier, reducing downtime; Combined with automated control systems, it can monitor parameters such as flow, pressure, and temperature in real time, reducing manual operation intensity and the risk of errors.