air cushion plate for bin pump
Fluidized plate
Made from multi-layer metal woven wire mesh, the fluidized plate is precisely manufactured through special lamination design, composite pressing, and vacuum (or protective atmosphere) sintering processes. It not only retains the simple pore structure and uniform mesh size characteristics of ordinary metal woven wire mesh, but also overcomes its shortcomings of low strength, poor integrity, and unstable mesh shape. It can flexibly match and design the pore size, permeability and mechanical strength of materials, demonstrating excellent comprehensive properties.
The fluidized plate is widely used in fields such as purification and filtration, solid particle separation and recovery, divergent cooling in extreme high-temperature environments, airflow distribution control, air flotation transportation, gas sample collection, enhanced mass and heat transfer, flame retardancy and explosion protection. Its product features are distinct: fixed mesh shape, uniform pore size, no blind holes, strong circulation capacity, excellent permeability, and small resistance loss. The smooth and simple channels facilitate backwashing regeneration, extending its service life. The fluidized plate has high strength and excellent integrity, can work stably under high pressure difference, has a wide range of material selections, and possesses the advantages of high temperature resistance, corrosion resistance, and good thermal shock resistance.
The pagoda-shaped fluidized disc is particularly worth mentioning. The pagoda-shaped fluidized disc of Xiangye brand is specially designed for pneumatic conveying systems of power plants, and its unique pagoda-shaped powder fluidized disc provides an efficient solution for powder pneumatic conveying. The fluidized disc is equipped with a pump body, with a feed inlet at the top and an air inlet at the bottom, and a pagoda-shaped fluidized disc is fixed at the bottom of the pump body through a connecting piece.
The discs are arranged from top to bottom in sequence. Through the action of the pagoda-shaped fluidized disc, the materials in the pump body are effectively fluidized. Compressed air drives the fluidized materials to be transported outward. Meanwhile, under the dual cutting and fluidization effects of supplementary air and conical annular airflow, the materials in the pipeline achieve further fluidization and acceleration, thus successfully realizing the purpose of long-distance material conveying. This fluidized disc adopts precision-machined steel wear-resistant rings, which are stacked in a pagoda shape in multiple layers and then connected and combined with fasteners. The stacking width is greater than 30mm, and the stacking gap is less than 0.8mm, ensuring that the flow passage is larger than the required cross-section. Due to its large stacking surface, the natural repose angle formed by the powder in the pump body prevents the powder from easily entering the fluidized disc. When the bin pump is started, air is ejected from the lateral gaps of the multi-layer stacked steel rings to efficiently fluidize the powder in the pump.
The durability of this new type of multi-layer pagoda-shaped steel fluidized disc has been tested over time, greatly extending the service life of equipment and reducing equipment maintenance costs. It is an important advancement in bin pump powder fluidization technology, bringing revolutionary changes to related industries.
In conclusion, our fluidized plates and pagoda-shaped fluidized discs, with their excellent performance and wide application fields, provide strong support for the production processes of various industries.
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