Four Work Steps of Vacuum Pyrolysis Furnace

Step 1: Loading and Sealing The first step is to load the items to be cleaned into the furnace chamber. This can include components, devices, or any objects with contaminants that need to be removed. Once the chamber is filled, it is tightly sealed to create an oxygen-free environment required for the pyrolysis process. Step 2: Heating and Pyrolysis After sealing the chamber, the furnace initiates the heating process. The temperature is raised firstly to 300°C for pyrolysis, typically within a controlled vacuum environment. As the temperature increases, the organic compounds and contaminants on the objects start to decompose and vaporize, transforming into gaseous byproducts. At this phase, 80% polymer can be cleaned. Step 3: Heating and Air-InletIn a vacuum state (with a vacuum degree of up to -0.08Mpa), the temperature continues to rise to 450 degrees while a small amount of air is automatically introduced for thorough oxidation, removing any remaining dirty material, and conducting complete cleaning and decomposition.

Step 4: Cooling and Unloading Once the pyrolysis process is complete, the furnace initiates a cooling phase to reduce the temperature inside the chamber. This step ensures safe handling of the cleaned objects after the cleaning cycle. Once the chamber has cooled down to an appropriate level, it is opened, and the cleaned items can be unloaded. By following these four steps carefully, the vacuum pyrolysis cleaning furnace effectively removes contaminants and impurities from objects, providing a cleaner and purified surface. The specific parameters and settings for each step may vary depending on the type of contaminants, objects being cleaned, and the furnace model used. Saer-tech typically provide detailed instructions and guidelines on proper operation for effective cleaning results.