Introduction: Plasma pretreatment and cleaning create ideal surface conditions for subsequent coating operations of plastics, aluminum, and even glass. Since plasma cleaning is a "dry" cleaning process, the material can be immediately processed into the next step of the process. Plasma cleaning is therefore a stable and efficient process. Due to the high energy of the plasma, chemical substances or organic pollutants on the surface of the material can be decomposed, and all impurities that may interfere with the adhesion are effectively removed, so that the surface of the material reaches the optimum conditions required for the subsequent coating process. The use of plasma technology in accordance with the requirements of the process of surface cleaning, no mechanical damage to the surface, no chemical solvents completely green environmental protection technology, mold release agents, additives, plasticizers or other surface contamination by hydrocarbons can be removed. The surface cleaning by plasma can remove the finest dust particles that are closely attached to the plastic surface. Through a series of reactions and interactions, the plasma can completely remove these dust particles from the surface of the object. This can greatly reduce the scrap rate of high-quality painting operations, such as coating operations in the automotive industry. Through a series of physicochemical actions at the microscopic level, plasma surface cleaning can obtain fine, high-quality surfaces. Technical Parameters: Stainless steel cabin: 350mm×350mm×400mm Capacity: 60 liters Process: manual and automatic control Power: 500W Power Supply: AC380V RF power supply: 40KHz Shape model: Vertical Width: 600mm (19”) Height: 2000mm Depth: 800mm Desktop Width: 600mm (19”) Height: 800mm Depth: 650mm Cabin: Stainless steel Door: Aluminum Alloy
Introduction: Plasma pretreatment and cleaning create ideal surface conditions for subsequent coating operations of plastics, aluminum, and even glass. Since plasma cleaning is a "dry" cleaning process, the material can be immediately processed into the next step of the process. Plasma cleaning is therefore a stable and efficient process. Due to the high energy of the plasma, chemical substances or organic pollutants on the surface of the material can be decomposed, and all impurities that may interfere with the adhesion are effectively removed, so that the surface of the material reaches the optimum conditions required for the subsequent coating process. The use of plasma technology in accordance with the requirements of the process of surface cleaning, no mechanical damage to the surface, no chemical solvents completely green environmental protection technology, mold release agents, additives, plasticizers or other surface contamination by hydrocarbons can be removed. The surface cleaning by plasma can remove the finest dust particles that are closely attached to the plastic surface. Through a series of reactions and interactions, the plasma can completely remove these dust particles from the surface of the object. This can greatly reduce the scrap rate of high-quality painting operations, such as coating operations in the automotive industry. Through a series of physicochemical actions at the microscopic level, plasma surface cleaning can obtain fine, high-quality surfaces.
