1. It has the characteristics of low pressure, high temperature, safety, high efficiency and energy saving;

2. It has complete operation control and safety monitoring device, which can precisely control the working temperature;

3. Reasonable structure, complete supporting, short installation period, convenient operation and maintenance, and convenient boiler layout;

4. Because the electric heating organic heat carrier furnace adopts advanced explosion-proof structure, it can be applied to the explosion-proof of Zone II of the factory, and the explosion-proof grade can reach Grade C;

5. The heat transfer oil boiler is a DC type special boiler developed based on the design thinking of forced circulation. It is closed loop heating, through the expansion oil tank and the atmosphere, the liquid phase transports heat energy, the heat loss is small, the energy saving effect is remarkable, and the environmental protection effect is good.

6. The main body adopts the flue gas three-return coil design. This DC structure determines the safety that the traditional boiler does not have.

7. Due to the coiled structure, the heated surface is sufficient to make it have higher thermal efficiency.

8. The heat transfer oil boiler is characterized by countercurrent heat exchange, the working temperature of the combustion exhaust gas temperature and the temperature of the hot oil guide outlet is about 30 degrees earlier, and has the characteristics of low pressure and high temperature.

9. The heat transfer oil boiler has excellent performance structure and simple structure. It is mainly operated under low pressure and obtains working temperature of about 300 degrees. It has the characteristics of low pressure and high temperature.

10. The oil and gas heat carrier boiler using the large heat transfer oil as the heat carrier shall be equipped with an expansion tank, a storage tank, a safety component, a measuring instrument and a control device. The circulating oil pump shall be used separately and interact with the burner. For interlocking.

11. In order to ensure the normal service life and heat conduction effect of the heat transfer oil, it is strictly forbidden to use over temperature.