During the processing and production of fiberglass powder, enterprises often face issues such as heavy material dust, frequent pipeline blockages, low manual handling efficiency, and difficulty in controlling environmental pollution. Especially since fiberglass powder particles are fine and easily dispersed, traditional mechanical conveying methods not only cause raw material waste but also affect operator health, resulting in high maintenance costs. How to achieve sealed, stable, and low-loss conveying has become a core pain point of concern for the industry.

Material characteristics: In-depth understanding of fiberglass powder

Fiberglass powder is a fine powder obtained from glass fibers after crushing. It features low density, poor fluidity, easy moisture absorption and caking, and strong abrasive properties on metals. Their particle size is usually between 20 and 200 microns, with some ultrafine powders reaching the micron level. Due to the large specific surface area, electrostatic adsorption and bridging phenomena are easily generated during conveying, thus placing high demands on the dense phase, anti-clogging capability, and wear resistance of pneumatic conveying systems.

Product Introduction: Head Powder Fiberglass Powder Pneumatic Conveying System

Head Powder has developed a customized pneumatic glass fiber powder conveying system tailored to the material characteristics of fiberglass powder. This system uses a positive pressure dense phase conveying method, using compressed air to transport glass fiber powder from the feeder to the receiving bin, with the entire process operated in a sealed manner. The core components of the system include high-efficiency rotary valves, wear-resistant elbows, intelligent control cabinets, and dust removal devices, which can be modularly designed according to customer site layout and capacity requirements. Whether it is single-point feeding or multi-point distribution, stable conveying and relatively accurate measurement can be achieved.

Product advantage: Solutions that directly address pain points

To address the dust pollution problem caused by traditional transportation, the Head Powder System uses fully enclosed pipelines combined with a micro-negative pressure dust removal interface to effectively suppress dust leakage and improve the workshop environment. To address the challenge of frequent clogging, the system is equipped with a built-in arch-breaking device and fluidized plate, and together with stable air pressure, helps ensure smooth material flow. In terms of equipment materials, key current-flowing components use high-chromium alloy or ceramic linings, which improve wear resistance and reduce maintenance frequency. Additionally, the intelligent control system can monitor conveying pressure, speed, and material level in real time, enabling automatic start-stop and fault alarms, reducing manual intervention and improving operational efficiency.