Efficient cleaning: The vacuum cleaner adopts the working principle of negative pressure direct suction, which can effectively remove dust from power plants, ground dust, raw stones, weeds, leaves, and household garbage, and other inhalable objects. The cleaning efficiency is over 99%. Using energy sources such as natural gas and hydrogen as power sources, reducing exhaust emissions, lowering noise pollution, and achieving environmental protection and cleanliness
Environmental protection and energy conservation: Vacuum cleaners often use pure electric drive or traditional diesel and gasoline vehicles with National VI emission standards, as well as new energy sources such as natural gas and hydrogen, as power sources to reduce exhaust emissions, reduce noise pollution, and achieve environmental cleanliness.
Multifunctionality: The vacuum cleaner not only has dry suction function, but also can perform wet operations, such as being equipped with a pipeline antifreeze system to adapt to different climates in the north and south. Some vacuum cleaners also have functions such as high-pressure cleaning to meet various cleaning needs. All homework devices are monitored in real-time for their effectiveness and equipment status, simplifying the operation process and improving work efficiency.
Intelligent control: Modern vacuum cleaners often use intelligent control systems, where the driver can activate all work devices with just one click through the control panel, monitor the work effect and equipment status in real time, simplify the operation process, and improve work efficiency.
Wide applicability: Vacuum cleaners are suitable for various scenarios such as municipal roads, high-grade highways, airport runways, factory workshops, power plants, mixing plants, ports and docks, meeting the cleaning needs of different environments.
Durable and reliable: The vacuum cleaner is made of high-quality materials and advanced technology, with the characteristics of anti-corrosion, anti-oxidation, and non rusting, and can adapt to various complex environments. At the same time, the hydraulic, electrical and other systems equipped on the vehicle are stable and reliable, reducing the failure rate and improving the service life.
