The 6-2X29 series high-pressure heavy-duty centrifugal fan has excellent performance, capable of outputting high pressure. It is suitable for conveying non-combustible gases, as well as particles, powders, debris, and fibers, at normal or high temperatures. It is commonly used in large dust removal systems, industrial flue gas desulfurization and denitrification, large industrial boiler systems, large industrial rotary kilns/calciners, and mineral powder sintering (sintering machines) in large industrial systems.
The 6-2X29 series high-pressure heavy-duty centrifugal fan has excellent performance, capable of outputting high pressure. It is suitable for conveying non-combustible gases, as well as particles, powders, debris, and fibers, at normal or high temperatures. It is commonly used in large dust removal systems, industrial flue gas desulfurization and denitrification, large industrial boiler systems, large industrial rotary kilns/calciners, and mineral powder sintering (sintering machines) in large industrial systems.
Product Features
①Capable of outputting very high discharge pressures and working at higher medium temperatures, suitable for any industrial application requiring high-pressure and high-temperature gas transportation.
②Custom-designed based on customer performance requirements, optimized using CFD technology, with energy consumption lower than similar models.
③The materials for the impeller and main shaft are selected based on different medium temperatures and operating speeds, using high-strength carbon steel, low-alloy steel, heat-resistant alloy steel, and high-temperature, high-strength alloy steel to ensure that the impeller and shaft maintain reliable strength at high temperatures.
④For dust-containing gases, we can handle various working conditions, from low to extremely high dust concentrations. The blade surface, after special treatment, can achieve a hardness of HRC60-70, extending the impeller life by more than three times.
⑤The mating surfaces between components are tightly fitted for good sealing performance, ensuring that the output pressure will not decrease.
⑥The impeller is annealed to completely eliminate the structural internal stress generated during welding, ensuring that the impeller does not experience shape creep and crack formation.
⑦The impeller welds and main shaft undergo ultrasonic testing to ensure no welding defects or material defects, guaranteeing strength.
⑧The impeller undergoes high-standard dynamic balancing calibration to ensure stable fan operation.
⑨After production, test assembly is conducted to ensure no interference between components.
⑩On-site arrangement and guidance services are provided.
