Product description

Gas fired (oil fired) thermal oil boiler takes gas / oil / ethanol as fuel and thermal oil as heat transfer carrier. It can be used as a high temperature heat source under 350℃ and widely used in various industries which need to be heated or dried at high temperature. This product has the advantages of high temperature, low pressure, accurate temperature control and high heat utilization. This product can also be equipped with steam generator to produce saturated steam below 1.3MPa for users.

The new YY (Q) W series thermal oil boiler developed by our company is elaborately developed by our company based on years of design and manufacturing experience, combined with European advanced technology and absorbing advanced successful experience of domestic and foreign counterparts.

Performance characteristics

The product is practical, economical and safe. The system has the following performance and characteristics:

1.To provide users with stable high-temperature heat source, the products have 10% design margin;

2.The system has high efficiency, low energy consumption and economic design, so that the overall thermal efficiency of the thermal oil boiler is more than 94%;

3.The boiler body structure without damaging the heat carrier can greatly prolong the service life of the heat medium;

4.By adopting the most advanced automatic control means in the same industry, the outlet temperature of the thermal oil main pipe can be controlled within ± 1℃;

5.It has perfect safety detection device to prevent the occurrence of dangerous operation state of heat transfer oil furnace;

6.The maintenance and inspection of each equipment in the whole system is simple.

working principle

 YY (Q) W series thermal oil boiler (organic heat carrier furnace) is a fast loading horizontal forced circulation oil (gas) thermal oil boiler (organic heat carrier furnace).

This series of thermal oil boiler (organic heat carrier furnace) is compact in structure.

The heating surface is composed of inner, middle and outer (or inner and outer) closely arranged disk tubes, and the inner tube is the radiation heating surface. The middle and outer tubes are convective heating surfaces.