fluidized plate
Fluidized plate, fluidized disc are made of multi-layer metal woven wire mesh as raw material. Through processes such as specially designed lamination, composite pressing, and vacuum (or protective atmosphere) sintering, the fluidized plate is successfully prepared. This fluidized plate not only inherits the simple pore structure characteristics of ordinary metal woven wire mesh, such as uniform mesh size, but also makes breakthroughs in strength, integrity, and stability of mesh shape. It shows high flexibility in the matching and design of material pore size, permeability, and mechanical strength, thus having excellent comprehensive performance.
This fluidized plate is widely used in many fields. For example, it can be found in purification and filtration, recovery and separation of solid particles, heat dissipation in extreme high-temperature environments, airflow distribution control, air flotation transportation, gas sampling, enhanced mass and heat transfer, flame retardancy and explosion protection, etc.
Regarding product characteristics, its mesh shape is fixed and the size is uniform. The non-blind hole design greatly enhances the flow capacity. In addition, it has excellent permeability, small resistance loss, and smooth and simple channels. These features make the fluidized plate easy to backwash and regenerate, thereby extending its service life. At the same time, the high strength and good integrity of this product enable it to work stably under high pressure difference. In terms of material selection, its range is wide, and it can resist high temperatures and corrosion, with excellent thermal shock performance.
The Xiangye pagoda-type fluidized disc is a kind of bin pump fluidized plate specially used in the pneumatic conveying system of power plants. This fluidized disc adopts a pagoda-type design, with discs arranged from top to bottom. The powder conveying pump fluidizes the materials in the pump body through the pagoda-type fluidized disc, and compressed air drives the fluidized materials to be conveyed outward. While supplementing air, due to the dual effects of cutting and fluidizing the materials by the conical annular airflow, the materials in the pipeline are further fluidized and accelerated, thus achieving the purpose of long-distance conveying.
The lower surface of the fluidized disc body is welded to the bottom plate, and a circular ring is welded to the outer periphery of the upper end. An annular groove is designed on the upper surface of the circular ring. The outer periphery of the circular ring is integrally formed and connected to the structure with canvas inside the fluidized disc body. The outer surface of the canvas is in close contact with the inner wall of the fluidized disc body and is bonded and fixed to the outer surface of the rectangular protrusion. A fixture is also installed in the middle of the outer surface of the rectangular protrusion to fix the canvas. The entire structure includes parts such as the fluidized disc body, canvas, and bottom plate, which together form the complete structure of the Xiangye pagoda-type fluidized disc. In summary, this fluidized plate, with its excellent performance and wide application fields, has become a powerful assistant in the industrial field. Whether in purification and filtration, airflow control, or powder conveying, it shows extremely high practical value and superior performance.```
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