The fluidization plate is fundamentally crafted from multi-layered metal woven wire mesh through specialized processes. This manufacturing involves unique lamination design, precision composite pressing, and vacuum (or protective atmosphere) sintering. These steps not only preserve the simple pore structure of ordinary metal wire mesh with uniform mesh size but also significantly enhance its strength and integrity, ensuring stable pore shape. The fluidization plate demonstrates exceptional flexibility in matching and designing material pore size, permeability, and mechanical strength, thereby elevating its overall performance.

       In numerous application fields, the fluidization plate excels. Whether it's purification filtration, separation and recovery of solid particles, divergent cooling in extreme high-temperature environments, airflow distribution control, or air flotation transmission and gas sampling, it performs outstandingly. Particularly noteworthy is its critical role in dense-phase conveying systems.

       In terms of product characteristics, the fluidization plate features fixed and uniformly sized mesh pores, with a blind-hole-free design that greatly enhances flow capacity and superior permeability. Its minimal resistance loss and smooth, simple channels make backwashing regeneration effortless. Additionally, it boasts a long service life, high strength, excellent integrity, and stable operation under high differential pressure. With a wide range of material options, its high-temperature resistance, corrosion resistance, and excellent thermal shock stability ensure outstanding performance in various harsh environments.
       Regarding equipment installation, the fluidization plate is typically installed inside the fluidizer at the bottom of the blow tank or the coal bunker fluidizer. By thoroughly mixing with pulverized coal on the bed, the gas forms a fluidized solid-gas package with the aid of the fluidization plate, facilitating long-distance transportation. This design not only ensures effective fluidization and stable performance but also allows easy adjustment of material conveyance volume, saving conveying gas and reducing costs.

       In manufacturing, the fluidization plate is produced using high-tech, high-performance sintered stainless steel wire mesh. This material is not only heat and corrosion-resistant but also offers high mechanical strength, rigidity, and long service life. Particularly notable is its high pore precision, uniform airflow distribution, and minimal resistance loss. On the circular surface of the stainless steel plate, elongated slots are arranged in a cross pattern. These slots are meticulously designed, with their perpendicular alignment to the central cross and precise slot gaps and lengths, enabling compressed air to concentrate in the middle of the fluidization blowing device, thereby enhancing the suspension fluidization effect of pulverized coal.

       Through this innovative design, the fluidization plate not only improves the conveying performance of pulverized materials in blow tanks but also optimizes their fluidization effect. This equipment is suitable not only for new blowing systems but also for retrofitting existing ones, bringing a qualitative leap to the entire pulverized material blowing and conveying system. Its卓越的性能和靈活的設(shè)計使其在工業(yè)生產(chǎn)中發(fā)揮了不可替代的作用。