Sources of Iron Dust:
In the fields of steel production and mechanical processing, numerous enterprises have chosen to install solar panels on the roofs of their factories to optimize cost structures and enhance energy utilization efficiency. This initiative not only fully utilizes idle roof space but also increases electricity generation to support production needs while realizing energy reuse through grid connection of surplus power, bringing additional economic benefits to enterprises. However, during steel and mechanical processing, operations such as metal cutting and grinding generate a large amount of iron dust. These tiny metal particles, driven by air currents, may land on the surfaces of solar panels.

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Challenges in Removing Iron Dust:
Once iron dust deposit on the surface of solar panels, their contaminating nature becomes a problem that cannot be ignored. When iron dust come into contact with oxygen and water vapor in the air, they undergo oxidation and gradually form rust. The formation of rust is a complex process. Over time, this rust will gradually consolidate and accumulate, causing severe shading on solar panels.

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The working principle of solar panels is to convert sunlight into electrical energy through the photoelectric effect. The shading caused by rust significantly reduces the amount of solar radiation received by solar panels, leading to a substantial decline in their power generation efficiency.
The chemical properties and physical structure of rust make it extremely difficult to clean. Traditional cleaning methods, such as high-pressure water jet rinsing or manual wiping, often fail to completely remove rust and may even damage the surface of solar panels. Therefore, the removal of rust has become a significant challenge in the maintenance of solar panels.
Product Features:
Solar Panel Nano Coating for Iron Dust works by applying a layer of self-cleaning and anti-contamination coating to the surface of solar panels. This coating boasts excellent performance, effectively reducing the adhesion of impurities such as iron dust and powder on the surface of solar panels. With the natural rinsing of rainwater, dust and particulate matter can be easily carried away, thereby keeping solar panels clean. According to project measurements, the use of our self-cleaning agent can increase solar power generation efficiency by up to 7.5%. In this way, solar panels can maintain a clean and tidy state for a long time, avoiding frequent manual or robotic cleaning, and saving users a considerable amount of time and cost.
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