During the processing and application of aluminum nitride powder, enterprises often face multiple challenges such as low material conveying efficiency, severe dust emissions, and rapid equipment wear. Traditional conveying methods easily cause aluminum nitride particles to break and degrade performance, while also increasing maintenance costs and environmental pressure. These pain points have long troubled manufacturers in industries such as fine ceramics, electronic packaging, and thermal conductive materials.

Material characteristics of aluminum nitride

Aluminum nitride (AlN) is a ceramic powder with high thermal conductivity and high insulation, characterized by high hardness, good chemical stability, and resistance to reactions with most acids and alkalis. However, their particle shapes are irregular, their flowability is poor, and they are sensitive to collisions and friction during high-speed conveying, making them prone to fine powder and breakage. Additionally, aluminum nitride powder easily absorbs moisture in the air and needs to be transported in a dry, enclosed environment.

Customized pneumatic conveying system solutions

Head Powder offers fully customized pneumatic conveying system solutions tailored to the special physical properties of aluminum nitride. The system uses positive or negative pressure dense phase conveying methods, equipped with wear-resistant bent pipes, low-speed rotary feeders, high-precision dust removal devices, and intelligent control modules. We can tailor conveying distances, pipeline routes, and automation control logic according to customers' actual production capacity, workshop layout, and process requirements, helping materials flow smoothly within sealed pipelines and achieving dust-free transfer, low damage, and high-efficiency energy-saving goals.

How solutions address pain points

To address common customer issues such as low conveying efficiency, high damage rate, and dust pollution, Head Powder's aluminum nitride pneumatic conveying system provides effective solutions through the following approach: using low-speed dense phase conveying technology to reduce material collision speed and maintain particle integrity; The fully enclosed pipeline structure combined with a high-efficiency pulse back-blow dust collector achieves zero dust leakage and meets environmental emission standards; Core contact components are made of silicon carbide ceramic or polymer wear-resistant lining, extending equipment lifespan and reducing maintenance frequency; Equipped with an intelligent monitoring system, it displays parameters such as conveying pressure, flow rate, and material level in real time, helping operators accurately control production rhythm.