During the processing and transportation of polyimide powder, companies often face challenges such as material flight, caking, and pipe blockages, which lead to reduced production line efficiency and increased equipment maintenance costs. At the same time, traditional conveying methods are difficult to achieve sealed operations, and dust leakage not only pollutes the environment but also poses safety hazards. How to achieve efficient, clean, and low-loss powder transportation has become an urgent issue for the industry.

Material characteristics

Polyimide powder is characterized by low density, fine particles, poor flowability, and easy moisture absorption and clumping. It is also sensitive to temperature, and during conventional mechanical transport, it can easily generate static electricity, wear, or thermal decomposition. Its high value-added attributes require the conveying system to have a low breakage rate, high sealing, and relatively accurate quantity control capability.

Product Introduction

Head Powder's pneumatic conveying system for polyimide powder uses sealed pipeline positive or negative pressure conveying technology, specifically designed for high-purity, dust-prone fine powders. The system includes a feeding device, conveying pipelines, air supply equipment, dust separation and removal, and intelligent control unit. It can be customized according to customer conditions for delivery distance, volume, and automation level, achieving full-process dust-free transfer of powder from storage to production line.

Product advantages

To address customer pain points, Head Powder offers the following solutions:
1.Fully sealed conveying: Eliminates dust leakage, meeting environmental protection and safety requirements.
2.Low shear force design: Prevents powder clumping or breakage, supporting material quality.
3.Intelligent control: Real-time monitoring of conveying pressure and flow, automatic adjustment of parameters, and reduced manual intervention.
4.Flexible customization: Adjust pipe material, elbow radius, and air source configuration according to material characteristics and site layout to adapt to multiple scenarios.