The sealing structure forms a closed working environment inside the hydrolysis furnace, which directly shapes the overall cleaning effect.Effective sealing prevents the exchange of gas between the furnace interior and the outside atmosphere. When the seal fails, external air and impurities can enter the chamber, interfering with the chemical reaction environment required for cleaning. Such intrusion disrupts the stable reaction atmosphere and weakens the removal effect of contaminants on workpieces. Meanwhile, gas generated during the cleaning process may leak outward through gaps caused by poor sealing. This leakage reduces the concentration of reactive gas maintained inside the furnace, making the cleaning reaction insufficient and inconsistent across batches.A reliable seal also controls the flow path of process gas. It ensures reactive medium circulates uniformly around the workpieces within the confined chamber. Without proper sealing, gas escapes unevenly, leading to uneven expos...

When unexpected odors appear during operation, first reduce the operating load and observe the working state of the equipment to assess the severity of the situation. Ensure proper ventilation around the cleaning oven to disperse gaseous emissions and prevent the buildup of vapors.Stop the operation if the odor becomes strong and persistent. Allow the equipment to cool down safely before carrying out internal checks. Inspect the sealing parts of the oven for gaps that may cause vapor escape. Check the condition of the heating zone and internal surfaces to see if there is excessive accumulated residue that is decomposing and releasing odorous substances.Examine the circulating system to confirm normal flow of the cleaning medium. Irregular flow can lead to local overheating and decomposition, which is a common source of unwanted smells. Remove excess deposits found inside the chamber and related components, as these contaminants will continue to produce odors in subsequent runs if left ...

Most energy consumption of the vacuum cleaning furnace is concentrated in the heating stage. The furnace chamber and internal components need to be heated to reach and maintain the required working temperature for the cleaning reaction. The vacuum system also consumes continuous energy to sustain the low-pressure environment inside the chamber throughout operation. Additional energy is used for auxiliary systems such as exhaust and temperature control.To reduce energy use, preserve thermal performance of the furnace by maintaining good insulation structures. Proper insulation slows heat loss from the chamber and cuts down the energy needed to hold stable working temperatures. Optimize the operating cycle to avoid unnecessary heating and vacuum holding periods. Start the process only when the chamber is fully loaded and avoid frequent repeated heating cycles.Regularly inspect and maintain the vacuum sealing parts. Tight seals reduce the workload of the vacuum system, as fewer gas leaks ...