Many industrial processes involving polyacrylamide (PAM) pellets face persistent operational challenges. Fragile particle structures often lead to breakage during conventional conveying, clogging in pipelines due to moisture absorption, and static buildup that disrupts material flow. These issues not only reduce product quality but also increase maintenance downtime and operational costs.

Material Characteristics of PAM Pellets

PAM pellets exhibit high hygroscopicity, making them prone to clumping in humid environments. Their irregular shape and low bulk density create bridging and rat-holing in hoppers. Additionally, triboelectric charging during transport causes adhesion to pipe walls, further obstructing flow. These physical properties demand a conveying approach that minimizes impact, controls moisture, and mitigates electrostatic effects.

Product Overview

Headpowder offers a fully customizable PAM pellet pneumatic conveying system designed to address these specific material behaviors. Our equipment integrates dense-phase or dilute-phase pneumatic transport, tailored to the pellet's fragility and flow characteristics. Each system includes sealed piping, dehumidification modules, anti-static linings, and automated purge mechanisms to ensure consistent, gentle handling from source to destination.

Solution Advantages

Our conveying solution directly tackles the pain points identified earlier. By employing low-velocity, high-pressure air streams, we reduce particle collision and degradation. Integrated moisture-removal components prevent clumping and maintain free-flowing conditions. Intelligent sensors detect blockages and trigger reverse-pulse cleaning, eliminating downtime. The modular design allows seamless integration with existing production lines, with customisable discharge rates, pipe diameters, and bend radii to match your facility layout.