High Power Density Infrared Burner

The High Power Density Infrared Burner supplied by Huashuo manufacturer uses natural gas as its energy source. It features high power density, rapid heat response, and a maximum working temperature of up to 280℃. It can quickly form a high-intensity focused infrared heat field, effectively solving the industry problems of slow heating, poor curing, and low drying efficiency for thick materials and large-volume metal workpieces.

Characteristics

1. High power density, rapid temperature rise, outstanding thermal efficiency, significantly reducing the baking time of workpieces and enhancing the production capacity of the production line.
2. All-metal sturdy body, resistant to high temperatures and impact, capable of long-term, uninterrupted, high-intensity, continuous and stable operation.
3. Infrared radiation heating concentrates heat, baking is uniform, the coloring and curing effect on thick parts is good, and the yield rate is higher.

Applicable scenarios

Suitable for powder coating and high-temperature curing of thick steel plates, large-sized hardware components, and steel structure parts. It can also be used for rapid drying and baking on large-scale assembly lines, as well as for high-temperature drying and heat treatment processes for heavy workpieces.

Differential Advantage

Unlike the shortcomings of ordinary conventional burners, such as heat source dispersion, delayed heating, and being only suitable for processing thin workpieces, this High Power Density Infrared Burner has high heat concentration and strong heat penetration. It can achieve synchronous and uniform curing and drying both inside and outside for thick metal components and heavy hardware workpieces. The equipment supports long-term full-load uninterrupted continuous operation, which is suitable for large-scale production lines with high-intensity production rhythms. While ensuring uniform curing of the workpieces, stable coloring, and high yield rate, it significantly shortens the baking cycle and increases the daily production capacity of the entire production line. It is the preferred equipment for upgrading heavy industry's high-temperature drying and rapid curing production lines.

Notes for Attention

1. The heating process is rapid. For thin parts, the baking duration needs to be controlled to prevent the workpiece from overheating and deforming. The furnace temperature must be strictly controlled not to exceed the upper limit.
2. High-power equipment consumes a large amount of gas. Regularly check the gas pipeline valves to eliminate gas leakage hazards and maintain good ventilation.
3. After continuous high-intensity operation, stop the machine in time for cooling. Clean the carbon on the burning area to avoid blockage and affect the heating efficiency.

Pipeline parameters

The material of the heat radiation pipeline is aluminized pipe. Its diameter is 10 centimeters and the wall thickness is 2 millimeters. It is resistant to high temperature and oxidation, anti-gas corrosion, has uniform heat conduction and high strength, and is not prone to cracking or carbon deposition. Its service life is much longer than that of ordinary steel pipes.

FAQ

Q1: What is the greatest advantage of this High Power Density Infrared Burner?

A: It has high power density, rapid heating, and concentrated heat efficiency. This can significantly shorten the baking time of the workpiece and greatly enhance the overall production capacity of the production line.

Q2: Is it suitable for drying thick and large metal workpieces?

A: It is very suitable. The infrared has strong heat penetration and concentrated heat. The thick pieces are fully and evenly cured without the problem of dry surface and un-cured interior.

Q3: Can it operate continuously at high intensity for 24 hours?

A: The all-metal sturdy body can withstand high temperatures and impacts, and can stably withstand high loads. It can operate continuously in three shifts without interruption, with an extremely low failure rate.

Q4: What is the difference between this and ordinary infrared burners?

A: Ordinary models have dispersed heat and slow heating. This model has higher heat power density and stronger heating burst force, and is suitable for large factories with high production capacity and high-intensity production.

Q5: What is the maximum working temperature?

A: The stable maximum temperature can reach 280℃, fully meeting the requirements for metal thick-piece curing, high-temperature drying, and shaping baking processes.

Q6: How stable is the running product effect?

A: The heat field is concentrated and uniform. The coloring and curing of large and thick workpieces are consistent, effectively reducing the batch defect rate.

Q7: Which production line scenarios is it suitable for?

A: It mainly targets large and high-intensity automated baking lines, and is suitable for batch drying and curing of heavy metals and thick metal workpieces.