Laser cleaning has become a promising technology due to its green, environmentally
friendly, and efficient features. It will gradually replace the traditional cleaning processes …

Laser cleaning has been identified as an ideal technology to replace conventional chemical
techniques in the motorcar coating removal process to maintain the sustainability of our …

This paper presents laser cleaning of blue polyurethane paint on Al-Mg series aluminum
alloy substrate by using a nanosecond pulsed laser. Experiments were conducted at the …

Carbon-fiber-reinforced polymer (CFRP) composite is widely used in aerospace industry.
The protective paint on the CFRP of aircraft needs to be removed after reaching a certain …

In this paper, the pulsed laser cleaning technology was used to remove the oxide film on the
surface of 7075 aluminum alloy. The effects of different laser energy density on the surface …

An environmentally friendly nanosecond ultraviolet (UV) laser is employed in laser cleaning
micro biofouling from the Fe substrate surface. The morphologies and chemical …

Organic coatings are commonly applied to protect metallic structures exposed to highly
corrosive environments such as those found in offshore marine scenarios. In general, steel …

The surface of the aluminum alloy is prone to oxidation, which in turn affects the quality of
the weld. The 5A12 aluminum alloy was cleaned by acousto-optic Q-switched diode …

The environmental friendliness short-pulsed laser removal of marine biofilm contamination
developed on the surfaces of aluminum alloy substrates was innovatively applied. Natural …

Because of exceptional properties, such-as high unique strength, excellent flexural strength,
easy manufacturing and light-in-weight, aluminium alloys and composites are prominently …