



Thermal Radiation Burner
Product Description:
| Type | Heat Gas Radiation Burner |
| Application | Heating System |
| Product calorific value | 4.5Kal/H |
| Maximum thermal power | 50KW |
| Use fuel | Gas/LPG |
| Rated Voltage | 220V/380V |
Why Choose Our Burner?
| This set of combustion system is a fully automatic combustion system that has been independently developed by the company with many safety patented technologies. The independent combustion system generates flame in the radiation tube imported from Italy,generates high-temperature infrared rays in the radiation tube, and radiates the air temperature in the furnace through the radiation tube imported from Italy, including double The main accessories such as gas control solenoid valve, automatic controller, negative pressure detection valve, flame sensor, etc. are originally packaged and imported. | |
| Higher security | The amount of gas is very small, there is no confined space, and there is no hidden danger of unobstructed exhaust |
| Save on electricity bills | No high-power circulating fan is required to transfer heat, which not only saves gas, but also saves 100% of the heat lost during |
| hot air circulation — and electricity bills | |
| Longer high temperature zone | After the system is added or rectified, the internal high temperature area of the whole oven is the same, and the high temperature |
| baking area is lengthened, thereby improving the chain speed, increasing production and improving efficiency | |
| Save gas | A large-flow gas burner is used to heat the entire furnace body by hot air circulation heating. When the temperature of a single probe point in the furnace is lower than the set temperature, the entire burner needs to be fully started, and the special plate for painting should be fully started. The place that does not need to be heated should also be heated at the same time, resulting in waste of gas. If far-infrared radiation is used for heating, the burner position can be evenly distributed according to the size of the furnace body. When the temperature in a certain location is low and dry, the temperature is required. Just start the burner at this location. Burners at other locations do not need to be started, so a lot of gas can be saved |
| Uniform temperature in the furnace | Distribute the burner position evenly according to the size of the furnace body, and precisely control the start and stop of each burner according to the temperature of each section in the furnace |
| The furnace space is clean | There is no circulating air in the furnace to blow up the dust in the furnace, so the drying environment is very clean |
| Save factory space | Save space at the bottom of the furnace. The burner is installed on the side of the furnace body and does not occupy the bottom of the furnace body). Compared with the traditional circulating air duct, any space at the bottom of the furnace (see picture) is reduced by about 150mm to improve product compatibility |

