Rotary furnaces are mainly used in the cement industry. While firing industrial products, rotary furnaces also perform certain heat transfer. Under the effect of heat transfer, the firing effect is often better, and it can also reduce heat loss. What are its heat transfer methods? Let's take a look
1. Diversion: Diversion refers to the direct contact of various parts of an object, elastic wave action, atomic or molecular diffusion, free electron diffusion, etc Energy transfer
2. Convection: Convection can only occur in liquids and gases. This phenomenon refers to the energy transfer caused by the relative displacement of each part. It must be pointed out that when convection occurs in the rotary furnace, there is heat conduction between the various parts of the fluid 3. Thermal radiation: Thermal radiation is a phenomenon in which electromagnetic waves propagate energy. It not only generates energy transfer, but also accompanies the transformation of energy forms, from thermal energy to radiant energy, and vice versa. Therefore, the heat transfer method of the rotary furnace is determined based on the material form The above are the heat transfer methods for rotary furnaces. Although different heat transfer methods may vary, appropriate heat transfer methods help the equipment achieve heat transfer and effectively improve the firing effect of the equipment