Plastic Vapor Polishing is a surface treatment technique primarily used to treat surface defects and scratches in transparent or semi transparent plastic products.
In this treatment method, the plastic workpiece is placed in a vacuum chamber and heated above the critical temperature using a solvent or gas to form a moist surface. Next, in a high temperature and humidity environment, a focused beam of light is used to irradiate the plastic surface with on-demand pulses to generate steam. As the steam is continuously exposed, it rapidly catalyzes the oxidation reaction with the outside world, thereby perfectly repairing surface particles and fusing details.
Plastic Vapor Polishing can maintain the transparency of the original material and eliminate small surface defects such as cracks, bubbles, scratches, misty surfaces, etc., making it smooth and shiny. This technology is especially suitable for PC (polycarbonate), PMMA (methyl methacrylate) and other materials with high temperature resistance, high molecular weight, low water absorption and low solubility.
Plastic Vapor Polishing is typically widely used in industries such as medical devices, aviation, automotive, and home appliances. For example, high-end mobile phone transparent back covers often use this technology for surface polishing to obtain a high-quality tactile experience. For some products that require good optical properties, this technology also needs to be used to eliminate internal surface defects in order to achieve lower emission losses, which also plays an important role in the field of vacuum evaporation plating.
Plastic Vapor Polishing is a surface treatment technique primarily used to treat surface defects and scratches in transparent or semi transparent plastic products.
In this treatment method, the plastic workpiece is placed in a vacuum chamber and heated above the critical temperature using a solvent or gas to form a moist surface. Next, in a high temperature and humidity environment, a focused beam of light is used to irradiate the plastic surface with on-demand pulses to generate steam. As the steam is continuously exposed, it rapidly catalyzes the oxidation reaction with the outside world, thereby perfectly repairing surface particles and fusing details.
Plastic Vapor Polishing can maintain the transparency of the original material and eliminate small surface defects such as cracks, bubbles, scratches, misty surfaces, etc., making it smooth and shiny. This technology is especially suitable for PC (polycarbonate), PMMA (methyl methacrylate) and other materials with high temperature resistance, high molecular weight, low water absorption and low solubility.
Plastic Vapor Polishing is typically widely used in industries such as medical devices, aviation, automotive, and home appliances. For example, high-end mobile phone transparent back covers often use this technology for surface polishing to obtain a high-quality tactile experience. For some products that require good optical properties, this technology also needs to be used to eliminate internal surface defects in order to achieve lower emission losses, which also plays an important role in the field of vacuum evaporation plating.
