The Anhui Wuhu Talc and Calcium Carbonate Two-Component Conveying Project is a mature application case of Head Powder in the field of pneumatic powder material conveying. This project features a customized system design and equipment integration tailored to the mixed transportation needs of talc powder and calcium carbonate, achieving stable and efficient material flow.

Case Summary

A certain company, due to production needs, needed to mix talc powder and calcium carbonate powder in a proportional ratio before delivering them to the workstation. Due to differences between the two materials in terms of particle size, density, and flowability, traditional single conveying methods struggle to meet the requirements for mixing uniformity and continuity. Based on on-site conditions, Head Powder has designed a two-component pneumatic conveying system, achieving integrated conveying and relatively precise control.

Customer pain points

Customers face the following issues during production: First, the two materials tend to separate during transportation, resulting in unstable mixing ratios and affecting product quality; Second, dust generated during powder transport was high, the working environment was poor, and occupational health risks existed; Third, frequent maintenance of existing equipment and prominent pipeline blockages affect production continuity; Fourth, energy consumption is relatively high, and operating costs are difficult to control.

Product advantages

To address these pain points, Head Powder offers the following solutions: adopting a dual-pipeline independent conveying and end-end mixing process to prevent material separation during transport; The system is equipped with well-sealed piping and dust removal devices to effectively control dust; Wear-resistant bent pipes and anti-clogging designs are used to reduce the risk of clogging; Through variable frequency regulation and intelligent control, operating parameters are optimized to achieve energy saving and consumption reduction. The overall system structure is compact and easy to maintain, capable of meeting the demands of continuous operation under different working conditions.