Abstract
A comparison is made between the laser and sandblasting methods for removing paint from industrial facilities. The advantages of laser ablation are discussed. The possibilities of laser paint removal systems - stationary and moving - are shown. The main factors influencing the laser ablation process and the indicators that determine the quality of the obtained surface are systematized. Researchers' publications on this technological process are analyzed.
Highlights
Paint removal is a process that finds application in some specific areas such as maintenance of vessels, aircraft, cars and more
- Flexibility The paint can be removed without any surface damage or a surface with the necessary roughness can be obtained for easier repainting
The results indicate that heavily oxidized stainless steel surfaces can be cleaned with short, high power density pulses
Summary
Paint removal is a process that finds application in some specific areas such as maintenance of vessels, aircraft, cars and more. Two main methods are used - sandblasting method and laser method. Laser ablation of paints is a complex process that is influenced by some basic factors. Lyubomir Lazov., et al Laser Ablation of Paint Coatings in Industry relationships with each other and both the specific influence of each factor and the complex influence of the main factors must be studied [4], [20], [25 – 27]. The aim of the publication is to systematize the various techniques for the implementation of the technological process of laser ablation of paint from industrial facilities, to discuss their capabilities and to analyze the main factors influencing the process
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