The shell-type fire tube structure is adopted, and the flame is burned downward to enhance the heat transfer effect, thereby reducing the convective heating area; the flow resistance of the flue gas is small, the running power consumption is low, and the operation cost is saved.
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The condensing recovery device is used to make full use of each minute of heat, and the thermal efficiency can reach 96% or more, reducing the fuel input cost.
The use of automatic welding equipment makes welding more accurate; before leaving the factory, flaw detection to achieve 100% pass rate and then confirm the products leaving from the factory.
The system monitors the water quality in real time and automatically discharges the sewage to reduce the amount of fouling inside the boiler and ensure the steam quality.
Add a fifth water level test to detect whether the boiler is short of water and timely stop the shutdown and alarm to ensure the safety of the boiler.
More than ten safety protection systems such as water shortage protection, power protection, pressure controller and scale monitor are adopted. Once a fault occurs, the alarm system is immediately activated to maintain the overall safety of the boiler.
An Integrated solution of waste heat is added. The condensing device is installed at the tail of the flue pipes. After the high temperature flue gas passes, the latent heat is released. The exhaust gas temperature can be lowered to 95 °C, the thermal efficiency is as high as 96%.
