What's the Difference Between Silicon Carbide Nozzles and Desulfurization Nozzles?

Silicon carbide nozzles and desulfurization nozzles are both our main products, with similarities and differences. Today, our editor will discuss the distinctions between silicon carbide nozzles and desulfurization nozzles.

Silicon carbide nozzles are a crucial component in desulfurization and dust removal processes in thermal power plants and large-scale boilers. These products boast excellent properties such as high strength, hardness, resistance to severe corrosion and abrasion, and high-temperature tolerance, particularly with an exceptionally long service life under harsh conditions. The silicon carbide nozzle, with its continuously narrowing spiral ramp, guides the slurry through a series of tangential and collision points, transforming it into a sheet-like jet that forms a concentric conical shape. Moreover, the liquid experiences no obstructions within the nozzle's cavity to outlet passage, maintaining a high absorption efficiency even at very low operating pressures, making it a top performer among nozzles.

2. The desulfurization nozzle features a hollow cone tangent nozzle, which utilizes limestone slurry entering the swirl chamber of the nozzle tangentially and then being ejected from the orifice at a right angle to the entry direction. The overall casting is formed without any internal separated parts, offering a variety of flow rates and angles to choose from. Another dual hollow cone tangent nozzle installed in the desulfurization tower is designed with two orifices, one spraying upwards and the other downwards. This type of nozzle typically allows particle sizes to pass through ranging from 80% to 100%.

That concludes our introduction to the differences between silicon carbide nozzles and desulfurization nozzles. We hope this has been helpful. For more information on silicon carbide nozzles and desulfurization nozzles, please continue to visit our company's website!