On the vast stage of the power industry, Lanhao Environmental Protection proudly introduces a pagoda-style powder fluidization disc specifically designed for pneumatic conveying systems in power plants. This is not only an innovative conveying pump technology but also a revolution in the field of powder fluidization. It ingeniously combines the wisdom of the pagoda-type fluidization disc with the conveying pump, featuring a carefully arranged feed inlet at the top of the pump and an air inlet at the bottom, resembling a meticulously designed palace for powder transmission.

      At the bottom of this palace, through precise connectors, multiple layers of pagoda-style fluidization discs are fixed in a staggered arrangement from top to bottom, resembling exquisite pagodas. When the powder conveying pump starts, the pagoda fluidization discs work their magic, fluidizing the material inside the pump. The introduction of compressed air acts as a powerful driving force, pushing the fluidized material outward. During this process, the dual effects of conical annular airflow and material cutting fluidization enable deeper fluidization and acceleration of the material within the pipeline, effortlessly covering long distances.

      It is worth mentioning that the core structure of this pagoda-style fluidization disc consists of multiple layers of precisely processed steel wear-resistant rings stacked in a pagoda-like manner. These rings are tightly connected by fasteners, forming an indestructible whole. The stacking width of these rings exceeds 30mm, while the stacking gap is less than 0.8mm, ensuring a flow rate far greater than the required cross-section. This clever design prevents the powder from easily entering the fluidization disc under the natural accumulation angle formed after entering the pump body in the absence of aerodynamic force. However, when the pump starts, air sprays out like a fountain from the lateral gaps of the multi-layered steel rings, performing an efficient and thorough fluidization process on the powder inside the pump.

       This new multi-layer pagoda-style steel fluidization disc, with its outstanding performance and durability, significantly extends the equipment's service life and reduces maintenance costs, setting a new benchmark for powder fluidization technology in conveying pumps. It also has a resounding alternative name—aeration plate. As an auxiliary device for storage hoppers in pneumatic conveying systems, it connects preheated air to present powdered materials in a fluidized state, enhancing material fluidity. It plays a crucial role in places such as electrostatic precipitator hoppers, various powder storage hoppers, ash silo bottoms, and pump bases, ensuring continuous, stable, and safe production.