Reasonably designed

Horizontal internal combustion three-return full-wet-back design, 100% corrugated furnace tube. Excellent thermal expansion properties. Integrated water encasing fire design, ample heating surface area and reasonable structural arrangement, ensuring high boiler efficiency.

High Efficiency Energy-Saving: The steam and hot water boiler series boasts a thermal efficiency of 90%-95%. The large combustion chamber, combined with a reasonable structural arrangement, transfers more heat into the water, significantly enhancing the heat exchange capabilities between fuel and steam, and fuel and hot water.

Meets Environmental Standards: The combustion chamber is spacious, fully utilizing radiant heating, and equipped with a high-quality and reliable imported burner, ensuring complete combustion of fuel and significantly reducing harmful emissions in the flue gas. Our company's fuel (gas) steam and hot water boilers have passed legal department tests, conforming to national environmental standards and are ideal eco-friendly products.

Superior Configuration: Equipped with world-renowned burners, advanced control systems (main components are imported), valves, and pumps all using national high-quality products. The excellent boiler accessory configuration provides a powerful guarantee for the safe and stable operation of the boiler.

Fully Automatic Operation: Simply press the start button, and the boiler will run according to the programmed settings. Load control, water supply, and other functions are all fully automatic, requiring no constant supervision.

Maintenance and repair are convenient: The boiler is equipped with movable ash box doors at both front and back, with fire observation and inspection holes at the rear, allowing for easy access to the furnace chamber for inspection and cleaning. A manhole is also provided on the boiler body, with the structural design taking into account ease of maintenance and repair in the future.

A gas heat transfer oil furnace is a new type of special boiler with low-pressure and high-temperature operating characteristics, capable of heating temperatures up to 340°C in the liquid phase or 400°C in the vapor phase. It can be used for heating in various production processes that require uniform and stable heating and do not allow direct flame heating, within the temperature range of 150°C to 380°C. The furnace operates using gas as fuel and heat transfer oil as the medium, employing a circulating oil pump to force the medium into liquid-phase circulation. It transfers heat energy to the heating equipment and then returns to the furnace for reheating. This process allows for high working temperatures at low pressure and offers high-precision control of the medium's operation. The system has a high thermal utilization rate, is easy to operate and maintain due to its modular overall installation, and is an ideal, safe, efficient, and energy-saving heating equipment. The fuel oil (gas) is ignited by the burner to produce a high-temperature flame, which enters the inner coil to form a radiant heating surface. After passing through the rear of the inner coil, it rotates 180° forward into the annular space between the inner and outer tubes, creating a convective heating surface. It then enters the second annular space between the middle and outer tubes at the top of the annular space, and exits at the rear of the second annular space into the chimney to be released into the atmosphere.