Curing Ovens: Types, Applications, Benefits, and Maintenance

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Multi-chapter guide to curing ovens describing: how curing ovens work, design, types, applications, and benefits..
A curing oven is thermal processing equipment used by thermal specialists to improve or enhance the strength and durability of materials. Many factory processes such as baking, drying, heating, cooking, and curing require industrial ovens to make a specific product. To achieve this, the material is heated to accelerate a desirable chemical reaction. An example of a curing oven is shown below. Curing ovens are a type of heat treating oven. The heat treating is accomplished by increasing the temperature of a material sample to a value that is within or slightly above a specific limit. There are physico-chemical linkages inside a material that bind it together, and once these are increased the mechanical characteristics of the material or product are improved. One of the common practices that specialists use to produce a stronger and more durable product is to add catalyzing agents in the curing process. It is well known that time is money meaning the faster a thing can be done the more money it can produce. Catalysts play a vital role in curing ovens because they make the chemical reactions go faster. Catalysts are substances that are used to increase the rate of a chemical reaction and are not consumed by the reaction. Catalysts differ depending on the type of reactants, and they have operating temperatures where they are activated. Common examples of catalyzing agents that can be used in curing processes include the Isocyanate groups.