1. Strong adaptability to different fuels
The combustion equipment and upper furnace body are designed separately, and the furnace structure can be designed separately according to the different properties of solid fuel;

2. Diversity of grate structure
This structure grate has two forms: fixed and fully automatic chain grate. Depending on the nature of the fuel, manual or mechanical feeding can be used.

3. Square tube combustion chamber
The combustion chamber of the boiler consists of a refractory furnace chamber and square coils, providing ample space for fuel combustion, complete combustion, and high thermal efficiency.

4. Optimal coil design
The radiation section is made of square coil tubes, while the convection section is made of serpentine tubes. The heating surface tubes have good thermal expansion performance, low stress, and are safe and reliable.

5. Best Process Design
The flue gas passes through the convection and radiation coils in three stages, with uniform flow velocity and safe and stable operation.

6. Adequate output
The heating surface is arranged reasonably, with a large area, good heat transfer effect, high efficiency, stable and sufficient output.

7. Improve automatic control measures
Accurate control of oil outlet temperature, multiple control protections for medium temperature, pressure, and over smoke temperature are set to ensure safe and reliable operation.

8. Leading in automatic control level
The boiler controller adopts Siemens/Delixi electrical components, which have reliable performance. There are three forms of controllers: ordinary type, Chinese English menu type with LCD display, and touch screen type with human-machine dialogue remote control. The standard configuration is the regular type.