Factors such as equipment type, level of contamination, and type of materials determine the duration of a thermal cleaning cycle. A thermal cleaning cycle typically lasts between 4 to 12 hours. A short thermal cleaning cycle is for a relatively lighter contaminant such as a thin coating of polymer. In contrast, longer thermal cleaning cycles are for a polymer and contaminants that are much thicker and heavily built up over various layers of the material.
Typically, a thermal cleaning solutions is broken into several processes, there is an initial gradual heating process. After that, the restricted cleaning or burning period is reached, and then there is a cooling stage. There must be a controlled process for the first heating of the cycle and for the cleaning of the materials. In the cleaning phase, heating is done to encourage the contaminant to break down to ashes or gases. There is also a controlled cooling phase to return the materials to a safe temperature for handling.
To a great extent, the total cycle time is affected by the the size of the load, the design features of the parts involved, and temperature settings. Systems that have higher capacity may be specifically designed for continuous use, which may lead to an optimization of stage processes for efficient throughput. Genuinely thermal cleaning equipment is designed for a safe, long-lasting cleaning process.
Typically, a thermal cleaning solutions is broken into several processes, there is an initial gradual heating process. After that, the restricted cleaning or burning period is reached, and then there is a cooling stage. There must be a controlled process for the first heating of the cycle and for the cleaning of the materials. In the cleaning phase, heating is done to encourage the contaminant to break down to ashes or gases. There is also a controlled cooling phase to return the materials to a safe temperature for handling.
To a great extent, the total cycle time is affected by the the size of the load, the design features of the parts involved, and temperature settings. Systems that have higher capacity may be specifically designed for continuous use, which may lead to an optimization of stage processes for efficient throughput. Genuinely thermal cleaning equipment is designed for a safe, long-lasting cleaning process.