In the transportation and feeding stages of aluminum hydroxide, enterprises often face challenges such as dust blasts, high material loss, frequent equipment blockages, and persistently high labor costs. Traditional mechanical conveying methods easily cause material damage, environmental pollution, and are difficult to meet the demands of continuous and automated production. How to achieve sealed, efficient, and low-energy aluminum hydroxide transportation has become an urgent common issue in the industry.

Material characteristics

Aluminum hydroxide is a white fine powder with a density of about 2.42 g/cm³, a large angle of repose, and features easy moisture absorption, agglomeration, and high abrasiveness. Their particle shapes are irregular, causing significant wear on pipelines and equipment during transportation, and require high cleanliness, requiring specially designed conveying systems to avoid material denaturation or contamination.

Product Introduction

The aluminum hydroxide pneumatic conveying system provided by Head Powder adopts the principle of dense phase conveying under positive or negative pressure, and is custom-designed and manufactured according to the customer's on-site conditions, conveying distance, and capacity requirements. The system consists of a feeding device, delivery pipeline, gas source equipment, gas-solid separator, and intelligent control system. It enables fully enclosed, automated, and low-damage material flow, and is widely applicable to industries such as alumina, chemicals, and refractory materials.

Product advantages

To address customer pain points, this system offers the following solutions:

• Fully enclosed conveying with no dust leakage, improving workshop environment and reducing material waste;
• Wear-resistant elbows and inner wall anti-stick coatings are used to effectively reduce pipeline blockages and wear, extending equipment lifespan;
• Low-gas velocity dense phase conveying reduces particle crushing rate and energy consumption;
• Intelligent PLC control can monitor pressure and flow in real time and adjust automatically, reducing manual intervention;
• Modular design supports multi-station feeding, long-distance conveying, and integrated control with upper-level computers, adapting to retrofit and new production lines.