Case Study of Fully Automatic Pneumatic Conveying of Filling Batch Material in Ma'anshan, Anhui
At a filler masterbatch manufacturer in Ma'anshan, Anhui, Head Powder designed and implemented a fully automatic pneumatic conveying system for them, solving many problems in the material conveying process. This case demonstrates the mature application of pneumatic conveying technology in powder processing, helping the company upgrade and optimize its production processes.
Customer pain points: Multiple challenges brought by traditional conveying methods
The company has long relied on manual handling and mechanical lifting equipment for material transfer when producing filler masterbatch. This traditional approach has obvious shortcomings:
- Severe dust leakage and harsh working environment pose health risks to operators;
- During conveying, materials are prone to blockage and caking, causing frequent shutdowns on the production line for cleaning;
- Manual measurement accuracy is low, with large mixing errors, affecting product quality stability;
- High labor input, difficulty in improving efficiency, and consistently high overall operating costs.
Product Advantages: Targeted solutions provided by Head Powder
To address these pain points, Head Powder has customized a fully automatic pneumatic conveying system for the customer. This system uses sealed pipeline conveyance, ensuring zero dust leakage from raw material feeding to end-use use, fundamentally improving the workshop environment. The system is equipped with an intelligent control module that can accurately adjust conveying speed and material flow, helping to keep mixing errors within a minimal range. At the same time, by optimizing pipeline design and air source configuration, the blockage problem was improved, and the equipment operated smoothly and reliably. Moreover, fully automated operations reduce manual intervention, lower labor costs, and improve production continuity.
The successful implementation of this case validated Head Powder's engineering capability in the pneumatic conveying of filler masterbatch and provided a replicable model for technological transformation for similar enterprises.