During the processing and transportation of phthalic acid powder, enterprises often face challenges such as environmental pollution caused by dust dispersion, material moisture and clumping affecting production continuity, and low manual handling efficiency. Traditional open conveying methods not only increase raw material waste but may also pose potential health risks to operators, making a reliable, sealed, and efficient automated conveying solution urgently needed.

Material characteristics

Phthalic acid powder features fine particle size, low density, easy moisture absorption and caking, and generally corrosive. During pneumatic conveying, it is important to address issues such as material adhesion, pipeline blockages, and static electricity accumulation. Therefore, it is recommended that the design of the conveying system fully consider material fluidization, gas-solid ratio, and pipeline material selection to ensure stable conveying without compromising the original quality of the material.

Product Introduction

Head Powder's pneumatic delivery system for phthalic acid powder uses sealed pipeline pneumatic conveying technology, using compressed air or inert gas as the power source to stably transport powder materials from the supply point to the target location. The system integrates feeding devices, conveying pipelines, air source treatment units, separation and dust removal equipment, and intelligent control systems, allowing for customized design according to customers' on-site process layouts to achieve fully automated and dust-free operations.

Product advantages

In response to customers' demands for dust removal, moisture resistance, and low loss, Head Powder's solutions feature the following features: fully enclosed system operation effectively suppresses dust leakage and improves workshop environments; The inner walls of the pipes undergo special treatment or use corrosion-resistant materials to reduce material adhesion and corrosion risks; Equipped with explosion-proof pressure relief devices to enhance operational safety; The modular design makes installation and maintenance more convenient, while also reducing long-term operation and maintenance costs.