Introduction to the New Coating Thermal Radiation Heating Burner Heating System

Technological progress and the environmental situation. In today's era of environmental protection and efficiency, the coating industry is undergoing a technological revolution. As the core of this transformation, the new thermal radiation burner is leading the industry towards better energy efficiency and environmental protection.

Technological progress and the environmental situation. In today's era of environmental protection and efficiency, the coating industry is undergoing a technological revolution. As the core of this transformation, the new thermal radiation burner is leading the industry towards better energy efficiency and environmental protection. Standard, with its unique design and advanced technology, this burner achieves maximum utilization of energy and meets the country's strict requirements for energy conservation and emission reduction. The new thermal radiation burner adopts the latest technology and ensures efficient heat transfer through precise multi-point control of temperature and infrared thermal radiation performance. It not only improves the painting effect, but also greatly reduces energy consumption, bringing significant benefits to the enterprise. Significant economic benefits and energy-saving advantages. The new thermal radiation burner also performs well in terms of safety. It is equipped with multiple safety protection devices such as flameout protection and lack of pressure protection to ensure safe and stable operation. Potential security risks are avoided. This reliability makes radiant thermal burners the equipment of choice in the coating industry. The new thermal radiant burner also features easy operation and maintenance. Its simple control system makes it easy for operators to master. The modular design simplifies the maintenance process and reduces maintenance costs. The new thermal radiation burner has broad market prospects. It is not only in line with national policy guidance, but also an important way for enterprises to achieve sustainable development. With the continuous advancement of technology and market demand, it will continue to play its leading role in the coating industry and promote the entire The industry is developing in a more efficient direction.

1. Combustion chamber structure
Radiant burners are mainly composed of combustion chambers, burners, nozzles, igniters, etc. The combustion chamber is the core component of the entire device. Its structure mainly consists of an air inlet, a gas chamber, an air outlet and an inner wall. The interior of the gas chamber is laid with high-temperature corrosion-resistant materials to carry the combustion of high-temperature and high-pressure gas without damage.

2. Combustion process
The fuel of the radiant burner can be flammable gases such as natural gas and liquefied petroleum gas. When the fuel is sprayed from the nozzle, it is ignited by the igniter and produces a series of reactions to generate high-temperature and high-pressure gas. The gas spreads in all directions and releases a large amount of heat.

3. Principle of Radiation Heat Transfer
The heating principle of the radiant burner is based on the principle of heat radiation transfer. The internal walls of the gas chamber and the gas itself are both radiant heat sources. The heat energy they emit spreads in the air and reaches other objects, where it is absorbed and converted. This method of radiative heat transfer is different from traditional heat conduction in that it does not require a substance to transfer heat, so it can produce higher temperatures and higher heat fluxes.

4. Principle of Heat Balance
Radiant burners also work based on the principle of heat balance. The heat generated during the combustion process of gas is transferred to the surroundings through radiation transfer and air convection, and is distributed in all directions. At the same time, the gas flows through the channel formed by the gas chamber and the gas outlet, ensuring the stability of the gas flow and enabling efficient energy transfer.

To sum up, the radiant burner is a heat source device that uses the principle of heat radiation transfer and heat balance to convert energy.