Recently, in response to industry pain points such as insufficient adaptability and poor durability of fixed components in the installation of frame solar panels, a new type of photovoltaic panel clamp suitable for 35mm-50mm frame specifications has officially achieved mass production and been launched. The core body of this product is made of 6005-T5 aluminum alloy, which is known for its high corrosion resistance and structural strength. Paired with SUS304 stainless steel bolts, it fundamentally avoids the risk of corrosion in outdoor environments such as humidity and salt spray; The surface is treated with precision anodizing technology, which not only provides two appearance options of natural silver and black to match the visual style of different photovoltaic projects, but also improves the wear resistance of the product surface by more than 30%. Long term use is not easy to cause scratches and deformation, effectively ensuring the stability of the fixed structure.

   This clip is specially designed for 35mm-50mm frame solar panels, achieving a balance between lightweight and high load-bearing capacity in its design: the aluminum alloy structure controls the weight of a single clip to the hundred gram level, greatly reducing the additional load on photovoltaic modules. At the same time, after simulation testing in the manufacturer’s laboratory, its single point load-bearing capacity can reach more than 50kg, which can stably cope with outdoor complex working conditions such as strong winds and snow. What is more noteworthy is that the product supports a fast assembly process, which can achieve precise fixation without the need for professional and complex tools, and can shorten the installation time of individual components by about 20%; Whether it is residential rooftop distributed photovoltaics, large-scale ground centralized power stations, or photovoltaic grid connected systems for industrial and commercial plants, they can be flexibly adapted and implemented. In addition, its standardized component specifications also provide convenience for replacement operations in later maintenance, reducing maintenance costs and time losses, indirectly helping to extend the overall service life of photovoltaic systems.