High-speed laser cladding technology is used to manufacture brake discs, reducing dust emissions

Описание: On April 12, 2024, the European Council approved the "Euro 7" motor vehicle emission standard. The new standard introduced for the first time the emission limit of particulate matter generated by brake damage (3-7mg/km), which is much lower than the current brake particle emission of light bus gray cast iron brake discs (generally greater than 10 mg/km). About 1/4 of the particles on the road come from the dust generated by braking. Brake discs made by laser cladding emit much less particles than conventional brake discs. HUIRUI high-speed laser cladding technology not only reduces the emission of dust particles, but also extends the service life of brake discs. In the future, thanks to high-speed laser cladding technology, the service life of brake discs will be longer, and the number of brake disc replacements will be greatly reduced. HUIRUI We have been committed to the research and development and application of laser metal additive manufacturing technology for a long time, providing industrial enterprises with special equipment for additive manufacturing of high-performance metal parts, and complete technical service solutions. Adhering to the concept of green manufacturing and intelligent manufacturing, HUIRUI high-speed laser cladding can provide anti-corrosion protection, especially suitable for brake discs of new energy electric vehicles. The unique energy recovery mode of electric vehicles can recover energy while rubbing the brake discs, which makes it easier for the brake discs to rust, resulting in performance degradation, and even worse, it may lead to premature replacement of the brake discs. It is believed that the manufacture of brake discs through high-speed laser cladding technology has brought a new way to future automobile manufacturing. Technologies such as high-speed laser cladding play a vital role in realizing large-scale mass production of electric vehicles.
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