During the processing and use of clay powder, enterprises often face issues such as environmental pollution caused by dust fluctuations, blockages in material transport pipelines, severe equipment wear, and high labor costs. Traditional mechanical conveying methods are difficult to adapt to the fine powder characteristics of clay powder, often causing bridge-erupting and wall adhesion, frequent downtime for maintenance, and affecting production efficiency. At the same time, the open conveying method struggles to meet increasingly stringent environmental requirements, and enterprises urgently need an efficient, sealed, and stable conveying solution.

Material characteristics

Clay powder is a fine powdery material, usually with a particle size less than 100 microns. It has characteristics such as low density, easy lifting, low moisture content, poor fluidity, and typical adhesion to metals. During transportation, improper airflow speed control can easily cause layering, blockages, or pipeline wear, so specialized design is needed based on its physical and chemical properties.

Product Introduction

The pneumatic conveying system provided by Head Powder uses sealed conveying methods of positive or negative pressure, accurately delivering clay powder from the feeding end to the workstation through airflow. The system includes air supply devices, feeders, conveying pipelines, dust separation and removal devices, and automation control systems, allowing for modular customization according to factory layout, conveying distance, and capacity requirements. The equipment uses wear-resistant, anti-stick lining materials to extend service life; Paired with pneumatic or mechanical anti-bridge devices, it helps ensure smooth material flow.

Product advantages

To address customer pain points, this system achieves fully sealed conveying, effectively preventing dust leakage and meeting environmental emission standards; Uses low-velocity, high-concentration conveying technology to reduce pipeline wear and energy consumption; Equipped with an intelligent control module that monitors pipeline pressure, material-gas ratio, and other parameters in real time, automatically adjusts operating status, and reduces manual intervention; The modular design facilitates installation and later expansion, improving production continuity. Compared to traditional methods, it can reduce energy consumption by more than 20% and decrease maintenance frequency, helping enterprises lower costs and increase efficiency.