Mesh belt kiln is one of the commonly used kilns, which mainly works through high temperature, so its high temperature resistance is very good. During the production process of kilns, there is a process of heat conduction, which is also a very important process. The requirements for its heat conduction method are quite strict. So, let's take a look at the main types of heat conduction methods for this equipment.
1. Convection is definitely not unfamiliar to everyone. In order to make indoor air fresher or to make the room warmer in winter, the principle of convection is used to transfer heat. The principle of convection is also applied in the thermal conductivity process of the mesh belt kiln. Solids cannot have convection, only liquids or gases undergo convection. So, is convection a mysterious principle? When the product moves in the mesh belt kiln, there will be relative displacement, which also results in the transfer of energy between raw materials. Thermal conductivity also occurs during convection.
2. Diversion is another type of thermal conduction process. During the operation of the equipment, collisions or other contacts may occur between raw materials. These contacts can cause diffusion of molecules or atoms inside the object, although the molecules inside are already moving at high speeds. The various materials inside the mesh belt kiln experience energy transfer due to the diffusion of free electrons. This explanation also applies the relevant principles of electronic movement in physics.
3. When it comes to the thermal conductivity of kilns, thermal radiation is a function that cannot be ignored. Fundamentally, it also propagates energy between raw materials through electromagnetic waves. In fact, at this point, it is not just about transferring the energy in the product, but also a conversion process. Specifically, the mesh belt kiln can convert the thermal energy and radiation energy of objects into each other. It is not difficult to understand from these contents that the specific heat conduction method of the equipment still depends on the properties of the raw materials inside the equipment.