What factors should be considered in the purchase of silicon carbide nozzles?
What factors should be considered in the selection of silicon carbide nozzle?
The burner silicon carbide nozzle produced by our company is wear-resistant, high temperature resistant, and does not deform. The service life is 3-5 times that of the cast steel nozzle, which improves boiler efficiency, reduces NOX emissions, saves energy and protects the environment, and reduces maintenance costs. Improved economic benefits.
adopts one-piece molding process, high temperature resistance, wear resistance and no deformation.
Suzhou Upper Spring Instrument Monitoring Program Control Equipment Manufacturing Co., Ltd. has a strong technical team, a number of engineers, with the relevant technical background of the boiler plant. With experience in large-scale overseas projects such as Pakistan Muza and Iran Sahante, it supports complex customization and brings forth new strengths through the old. It develops more than 8 new products every year, with an annual production capacity of 600 sets and a guaranteed supply cycle.
The quality and efficiency of the use of silicon carbide nozzles are also related to many factors, and the purchase of silicon carbide nozzles needs to consider the system conditions and operating conditions.
The traditional nozzle adopts the structure of cast steel, and the proper swing of the burner silicon carbide nozzle can change the position of the flame center to adjust the reheat steam temperature level; the dense and lean pulverized coal burner can prevent coking and high temperature corrosion in the furnace, and has the characteristics of stable ignition, good low load stability and low NOx emissions.
The integral silicon carbide nozzle can effectively prevent fouling and slagging: when the boiler is fired with easy fouling and slagging coal, fouling, coking and slagging are easy to occur at the burner nozzle, thus affecting the combustion performance of the boiler. Because the conventional burner nozzle is made of cast steel, the material will deform in high temperature environment for a long time, resulting in uneven nozzle and eddy current;