During the processing and transportation of citric acid powder, enterprises often face issues such as dust accumulation, environmental pollution, material moisture and caking, high labor costs, and low conveying efficiency. Traditional manual handling or simple mechanical conveying methods not only fail to improve material purity but also easily cause workplace safety hazards, directly affecting production efficiency and product quality.

Material Characteristic Analysis

Citric acid powder is a fine powder that is easily hygroscopic and clumps, with mild corrosiveness, a narrow particle size distribution, and average flowability. It has high requirements for sealing, moisture resistance, and pipeline materials during transportation. Improper conveying methods can easily lead to pipeline blockages, material deterioration, or equipment damage.

Product Introduction

Head Powder, tailored to the special characteristics of citric acid powder, has designed and manufactured a complete pneumatic citric acid powder conveying system, using positive or negative pressure dense phase conveying technology to achieve fully enclosed pipeline delivery. The system consists of a feeding device, conveying pipeline, air source equipment, dust separation and removal device, and an automatic control unit, effectively preventing moisture absorption and cross-contamination of materials, while also reducing the frequency of manual intervention.

Product advantages

To address customer pain points, Head Powder offers the following solutions:

• Fully enclosed conveying prevents dust leakage, improves the workshop environment, and meets environmental protection requirements.
• The inner wall of the pipe is specially treated and combined with a dehumidifying air source, effectively preventing citric acid powder from absorbing moisture and clumping.
• The automated control system monitors conveying pressure and flow in real time, automatically alerts for abnormalities, and reduces the risk of downtime.
• Modular design allows flexible customization of conveying distance and volume according to site layout, reducing equipment investment and operation and maintenance costs.