Through ingenious design, the fluidization disc has been effectively optimized. A base plate is welded at the center of its bottom end, allowing the air blown from the air outlet pipe to pass through the ventilation holes on the sidewall of the fluidization disc. This improvement not only prevents damage to the central part of the fluidization disc but also significantly extends its service life. Additionally, clamps and fastening bolts are used to securely fix the canvas to the inner wall of the fluidization disc, making installation and disassembly exceptionally convenient. At the same time, an annular groove is created on the ring, and a sealing ring is installed within it. This innovative measure enhances the sealing between the fluidization disc and the inner wall of the silo pump.

       The characteristics of Xiangye's products are as follows:
       The aeration plate demonstrates excellent air permeability and wear resistance. Its surface is treated with acid pickling and galvanization, showcasing strong anti-oxidation properties that effectively prevent rust. The combination of the aeration plate and the box shell utilizes high-temperature-resistant sealant, ensuring stability and durability in high-temperature environments.
For different design lengths L, we can precisely determine the number of end cover plates and the arrangement of the bottom chute to meet specific customer requirements. In addition, we provide various types of aeration chutes, aeration boxes, and other devices, including circular aeration devices, based on users' special needs.
     The porous plate is a high-strength aeration plate developed by our factory specifically for the characteristics of dry ash silos in power plants. This plate not only has a robust structure but also exhibits excellent aeration performance, effectively aerating dry ash silos.

       In terms of product application, aeration devices and aeration chutes are essential auxiliary equipment for intermediate silos, hoppers, flat-bottom silos, and cone-bottom silos. They are typically installed at the bottom of material storage silos or on the sides of hoppers. During the discharge process, heated compressed air is introduced to fluidize the powdered or granular materials, thereby enhancing their flowability and making the discharge process smoother.
The chute body is manufactured using a one-time molding process, ensuring the sealing of the box and its connections, preventing air leakage, and providing an aesthetically pleasing appearance. Before assembly, we perform shaping adjustments to eliminate all welding deformations and internal stresses, ensuring a smooth and flat bottom surface and flange connection surface. This series of meticulous processes and design concepts reflects our commitment to product quality and customer needs.

      In summary, our products not only possess excellent aeration performance and wear resistance but also pay attention to detail and user experience. We believe that through our continuous efforts and innovation, we will provide customers with higher-quality and more efficient products and services.
      Furthermore, we continuously explore and research new technologies and processes to adapt to the ever-changing market demands and customer requirements. We believe that only through constant innovation and progress can we remain invincible in this highly competitive market.
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