Product features

1. Infrared radiation burners are equipped with multiple uniformly distributed and multi-point detection devices that radiate the entire space. They can accurately control the temperature of various parts based on the internal temperature of the furnace, and synchronize and automatically control the evenly distributed heaters. Moreover, infrared radiation heating has no dead corners, and there is no temperature difference due to position changes, making the temperature uniform.

2. The operation of multiple infrared radiation burners facilitates local maintenance without affecting the production line.

3. The gas volume of the infrared radiation burner is very small, there is no enclosed space, and there is no hidden danger of poor ventilation. The infrared radiation combustion machine breaks the traditional method by using infrared radiation heating, without the need for enclosure, in a normal space, with air exchange before ignition, and a one-time success to avoid safety hazards.

4. Compared to electric infrared drying technology or microwave drying technology, infrared radiation combustion machines can save more than 70% of energy consumption, and can also save 20% -35% of energy consumption compared to hot air drying.

The infrared radiation burner burns completely, with no odor, no black smoke, and exhaust emissions that comply with national environmental standards, making it more environmentally friendly. The infrared radiation burner ensures the cleanliness of the product surface during the drying process due to the lack of circulating air flow in the furnace. It is equipped with a back blowing function to prevent small particles from contaminating the product during spraying or painting, effectively ensuring coating quality and yield. The interior of the curing furnace is kept clean, avoiding the cost of frequent cleaning.

Product Description

1. The infrared radiation burner is designed by a professional foreign manufacturer, with a specially designed combustion cup and flame length, combined with high radiation efficiency aluminized steel pipes. It has good heating effect and long service life, saving more energy for customers.

2. The key components of the infrared radiation burner, including the electromagnetic valve, are selected from the world-renowned brand Honeywell. The installation is reliable, and the failure rate is low. The series of gas electromagnetic valves used in the SRP burner have the characteristics of manual closing, fast electromagnetic cutting, stable pressure, wide temperature resistance range, and long service life. They are high-quality components used in gas equipment.

3. The internal program controller of the infrared radiation burner is the core control center for various components inside the burner, authorized by Canadian SRP for professional customization of programs, which is more in line with the drying and heating system. The program controller meets the requirements of North American CSA certification and is widely used in the North American gas industry. It has a series of safety measures such as flameout protection and undervoltage protection to ensure the safety of the equipment.

4. Combustion system: Canadian SRP patented technology, US patent number 6227451, Canadian patent number 2310789, is a component that controls flame directional injection, ensuring longer, more uniform combustion flames, stable combustion, and higher radiation efficiency.

5. SRP gas connection: Stainless steel flexible material, dedicated to gas, ensuring equipment expansion spacing, long service life, and no leakage.

6. The selection of radiation tubes on infrared radiation burners mainly considers high radiation efficiency, high anti-corrosion performance, and high temperature resistance. According to foreign standards, there are two types of tubes to choose from: aluminized tubes or ordinary carbon steel with anti-corrosion coating on the surface, SRP's radiation tubes use aluminized tubes, which are resistance welded after high-temperature heat treatment and have characteristics such as thin walls, high radiation efficiency, high temperature resistance, corrosion resistance, and high temperature deformation resistance.