Paint Curing Radiant Burner

The core heating method of the Paint Curing Radiant Burner for paint baking provided by Tianjin Huashuo Machinery Manufacturing Co., Ltd. involves the emission of heat through heat radiation pipes to the outside. The fuel is ignited inside the machine, and a small fan blows the flame out. The combustion takes place inside the heat radiation pipe, so there is no visible flame in the combustion chamber.

Advantages

1. The size data of this Paint Curing Radiant Burner is approximately as follows: length 33 centimeters, width 22 centimeters, height 38 centimeters. It has a very small volume, and is extremely convenient and quick for transportation and installation, significantly reducing transportation and installation costs. It is suitable for various types of heating conditions and can meet the temperature control requirements of multiple points.
2. The fuel used by the burner is natural gas or liquefied gas. After combustion, it can significantly reduce the emission of environmental pollutants and meet environmental protection requirements. The consumption of natural gas for each machine ranges from 2.8 cubic meters to 4 cubic meters. Under stable conditions, it can be around 2 cubic meters, thus saving the cost of fuel usage.
3. The heat released by the burner is approximately 30,000 calories. The temperature in the combustion chamber can reach 280 degrees Celsius. Each machine can independently control a space of 20 cubic meters and has an independent temperature control system. It can autonomously regulate the temperature and precisely control the temperature to meet the requirements of the workpiece. Multiple machines can be combined to form a precise temperature control combustion heating system.

Application scenario

The Paint Curing Radiant Burner is suitable for use in industrial equipment such as spray painting lines, painting ovens, furnaces, and ovens that require combustion heating. The heat radiation pipes are arranged in the combustion chamber, and the burner and the heat radiation pipes work together to evenly distribute the temperature throughout the combustion chamber. Since the heat radiation does not produce open flames, it effectively maintains the original cleanliness and shape of the workpiece.

FAQ

Q: What is the state of the equipment after it reaches the predetermined temperature?
A: Once the equipment reaches the predetermined temperature, it enters a maintenance state. The demand for fuel combustion will significantly decrease. The temperature will be maintained at the predetermined level. When the temperature drops, it will automatically increase again to keep the temperature within the range. It will always meet the operational requirements.
Q: What is the material of the heat radiation pipeline and is its length fixed or customized?
A: The material of the heat radiation pipeline is aluminized pipe. Aluminized pipes have a high heat radiation emissivity, sufficient heat exchange, low heat loss, excellent heat resistance and oxidation resistance, resistance to smoke gas corrosion, long service life, and a firmly metallurgically bonded coating. They do not fall off easily during cold and hot cycles and provide uniform and stable heating. The length of the pipeline will be customized according to the situation of the heating chamber.