Zuhause> Blog> Understand the working principle and cooling method of tunnel furnace

Understand the working principle and cooling method of tunnel furnace

August 19, 2022

The working principle of the tunnel furnace is generally to use the far infrared to warm the furnace, and then the interior is made of ceramic and stainless steel, so that the infrared light can shine into every corner of the furnace, and then the temperature is evenly heated to transmit the energy to object.

The tunnel furnace is designed and manufactured by foreign advanced technology, with advanced structure, easy disassembly and assembly, and beautiful appearance. The high-tech insulation material has good heat insulation performance and strong heat preservation. The heating technology adopts far-infrared heating technology, the heating elements are arranged reasonably, and the energy consumption is low. The internal hot air circulation makes the temperature in the furnace more uniform and without holes, ensuring the quality of the oven products.

The heat dissipation of the tunnel shell depends on the power size and the following various heat dissipation methods:

1. Aluminum fins: This is the most common method of heat dissipation. Use aluminum fins as part of the enclosure to add heat dissipation.

2, heat-conductive plastic shell: fill the heat-conducting materials in the plastic shell injection molding, add plastic shell heat conduction, heat dissipation.

3, air hydrodynamics using the shape of the shell to create convective air, which is the minimum cost of enhanced heat dissipation.

4, the interior of the fan shell uses a long-life high-efficiency electric fan to enhance heat dissipation, low cost and good effect. However, it is more troublesome to change the fan, and it is not suitable for the wild. This kind of depiction is rare.

6, the external radiation heat treatment disposal shell surface to do radiation heat treatment, simply to change the Zhisheng Weihua radiation heat dissipation data, can be used to radiate heat away from the shell surface.

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Author:

Ms. Kong Ming Lan

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+8618261053558

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