Pneumatic conveying solution for aluminum hydroxide
During the production and transportation of aluminum hydroxide powder, traditional mechanical conveying methods often face issues such as environmental pressure caused by dust leakage, rapid equipment wear, frequent pipeline blockages, and low conveying efficiency. In addition, materials are prone to moisture absorption and abrasion, further increasing equipment maintenance costs and production line downtime, causing direct economic losses and safety hazards for enterprises.
Material characteristics
Aluminum hydroxide is a white crystalline powder with a density of about 2.4 g/cm³, typically ranging from several tens to several hundred microns. Its particle surface structure is stable with distinct edges, exhibiting strong abrasive properties; At the same time, powder flowability is average, prone to accumulation at bends and joints, sensitive to moisture content, and prone to caking after absorbing moisture, placing high demands on the sealing and wear resistance of the conveying system.
Product Introduction
Head Powder provides customized pneumatic conveying system equipment tailored to the characteristics of aluminum hydroxide. This system uses sealed pipeline delivery methods of positive or negative pressure, integrating a feeding device, separation and dust removal unit, air source system, and intelligent control module. Through a relatively accurate gas-solid two-phase flow design, it achieves efficient, stable, and dust-free transfer of materials from the storage silo to the point of use. The system can flexibly select dilute phase or dense phase conveying modes based on customer site conditions, meeting different production capacity, distance, and layout requirements.
Product advantages
To address customer pain points, Head Powder offers the following solutions: fully enclosed pipeline transportation fundamentally prevents dust leakage and meets environmental compliance requirements; Elbow and straight pipe sections lined with highly wear-resistant materials extend equipment lifespan and reduce maintenance frequency; Optimize airflow velocity and material-gas ratio to reduce the risk of blockage and improve conveying efficiency; Process parameters are dynamically adjusted according to changes in material moisture content, helping the system operate normally. At the same time, it offers one-stop customized services from solution design, equipment manufacturing to installation and commissioning, helping the system seamlessly integrate with existing production lines.