Why is avoiding heat spiking significant in drying systems?

Avoiding heat spiking is significant in drying systems primarily because it reduces the risk of moisture damage to materials. In the context of drying, heat spiking refers to sudden and extreme increases in temperature that can occur during the drying process. When temperatures spike, the moisture within materials can be driven out too quickly, potentially causing stress and damage. This rapid expulsion of moisture may lead to warping, splitting, or other forms of physical damage to materials being dried, such as wood, drywall, and upholstery.

By maintaining a steady and controlled drying environment, the integrity of these materials can be preserved, effectively preventing secondary damage that could arise from irregularities in the drying process. This consistent approach ensures that moisture is removed gradually, allowing materials to dry uniformly and reducing the likelihood of long-term issues associated with improper drying techniques.