In specialized manufacturing fields such as ceramics and new energy materials, the conveying stage of silicon nitride powder often faces many challenges. For example, during transportation, powders are prone to clogging, dust generation, delamination, or equipment wear, leading to reduced production efficiency, increased maintenance costs, and even affecting product quality. How to achieve sealed, stable, and low-damage conveying has become an urgent challenge for enterprises.

Material characteristics

Silicon nitride powder features high hardness, high wear resistance, low bulk density, and easy agglomeration. Its particles are fine, have poor flowability, and are prone to static electricity or breakage in high-speed airflow. These characteristics place high demands on the conveying system's sealing, wear resistance, airflow control, and anti-static capability.

Product Introduction

Head Powder offers comprehensive solutions for silicon nitride powder pneumatic conveying systems, covering multiple process types including positive pressure conveying, negative pressure conveying, and dense phase conveying. The equipment uses wear-resistant pipelines, dedicated feeders, and high-efficiency separation devices, allowing for customized designs for silicon nitride powders of different particle sizes, moisture content, and conveying distances. The system features fully enclosed operation, automated control, and low energy consumption, effectively reducing material loss and environmental pollution.

Product advantages

To address common concerns among customers such as pipe blockages, dust, equipment wear, and material crushing, Head Powder offers improvement solutions through the following approaches: selecting pipes and elbows lined with wear-resistant materials to extend equipment lifespan; Equipped with pulse back-blow filters and gas-solid separators to achieve dust-free emissions; Low-speed dense phase conveying technology reduces the risk of particle collision and crushing; An integrated intelligent control system monitors conveying pressure, flow, and material status in real time, ensuring stable and reliable normal operation.