Jinglan Environmental Protection This equipment is installed at the bottom fluidizer of the blowing tank or inside the fluidizer at the bottom of the pulverized coal bin. Gas passes through the fluidizing plate and fully mixes with the pulverized coal on the bed layer, forming a fluidized solid-gas package, which facilitates long-distance transportation.The DN600 fluidizing disc is made of approximately 3mm thick 1Cr18Ni9Ti stainless steel plate, with its surface meticulously arranged with elongated slits, forming a unique cross-shaped layout. The slits are perpendicular to the centerline, with a fine processing technique resulting in a gap of only 0.5mm and a length of about 20mm, while the distance between adjacent slits remains stable at 10mm. The lower edge of the slits undergoes a precise 1×45° chamfering treatment. This design not only facilitates the concentrated flow of compressed air toward the center of the fluidizing blowing device but also enhances the suspension and fluidization effect of the pulverized coal. Such a design ensures smoother flow of pulverized coal on the fluidizing blowing device, guaranteeing blowing stability and significantly improving the overall performance of the fluidizing blowing device.

       The DN600 fluidizing disc is a new technological product that plays a pivotal role in the powder blowing and conveying system. Through the effective stirring of the fluidizing nozzle, this device significantly improves the conveying performance of the powder in the blowing tank and further optimizes the fluidization effect of the powder. Whether for newly built blowing systems or the modification of existing systems, this device can be perfectly adapted, demonstrating its excellent applicability.

      In addition, the fluidizing plate we use is based on multi-layer metal woven wire mesh, carefully prepared through special lamination design, precise composite pressing, and sintering processes in a vacuum or protective atmosphere. This material not only retains the advantage of simple pore structure of metal woven wire mesh but also achieves precise uniformity in pore size. Compared with traditional metal woven wire mesh, it overcomes the shortcomings of low strength, poor integrity, and unstable pore shape, demonstrating superior overall performance. Its pore size is flexibly adjustable, with well-designed permeability and mechanical strength, making the fluidizing plate perform excellently in applications.

                                    
      The fluidizing plate has a wide range of applications in various fields, such as purification and filtration, separation and recovery of solid particles, divergent cooling in extreme high-temperature environments, airflow distribution control, air flotation transmission, and gas sampling. Its product features include fixed pore shape, uniform pore size, no blind pores, high flow capacity, good permeability, low resistance, smooth and simple pore channels, easy backwashing and regeneration, long service life, high strength, and good integrity. The fluidizing plate can operate stably under high differential pressure, with a wide range of material selection options, excellent high-temperature resistance, corrosion resistance, and good thermal shock stability, enabling it to perform excellently in various harsh environments.