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In the modern industrial domain, there is ample confusion between an industrial furnace and an industrial oven. It is because both terms are used interchangeably. At the essence, both industrial appliances function as fireproof boxes for performing processes related to heat treatment. Whether you regard the temperature of a furnace or any other trait, it is important to understand the differences between an industrial furnace and an industrial oven.
If you wish to leverage the benefits of these high-end appliances for your purpose, here are some pointers to consider while analyzing the differences between industrial ovens and industrial furnaces:
Temperature The temperature range of these appliances is the main point of difference. The difference in temperature is primarily the result of other core differences. As per the standard rule, industrial ovens are known to operate at a temperature range of 250 Degree F to 900 Degree F. On the other hand, the temperature of a furnace can go up to 2000 Degree F or even higher.
Distribution of Heat In a typical industrial oven, the air gets released into a dedicated heating chamber to the respective sample. The chamber features the source of the heat and the recirculation fan. In industrial ovens, the total amount of recirculated air needed is quite high. It helps in successfully transferring the heat from the respective sources to the same under the treatment of heat. On the other hand, in case of an industrial furnace, the heat is introduced directly to the same under the treatment of heat. Depending on the source of the heat of the furnace, the source of heat can be positioned in different configurations towards providing uniform heating.
Atmosphere The atmosphere of the industrial furnace and industrial ovens is quite similar. Both the appliances are capable of operating in an air-based atmosphere or the inert-gas atmosphere. Industrial furnaces are also capable of operating in a combustible atmosphere. Some of the instances are endothermic, exothermic, and hydrogen gas atmospheric conditions.
Applications Both industrial furnaces and ovens feature specific benefits. Industrial ovens are known to perform better at reduced temperatures because of a greater amount of air getting circulated. Cooking and drying are some of the common applications of industrial ovens because of the requirement of reduced temperatures for achieving the desired outcomes.
Conclusion
To make the most of the available appliances, it is important to understand the differences between these from the industrial point of view.