For aluminum alloy photovoltaic supports, their development in the new energy industry isn't solely due to their ease of production and installation. Additionally, these devices can move according to changes in light and seasonal variations, especially as they often boast a lifespan of around 30 years.

In addition to aluminum alloy and stainless steel materials, the material for aluminum alloy photovoltaic supports also includes carbon steel, featuring no welding, 100% adjustable at will, and no drilling. Moreover, aluminum alloy photovoltaic supports are also reusable, causing no environmental pollution.

It's worth noting that the C-shaped steel in aluminum alloy photovoltaic supports is one of the most common components in the equipment. However, due to clients' limited understanding of the device, they often aren't aware of the relevant knowledge about this part. Below, we'll introduce it to you.

The product model of the C-shaped steel in aluminum alloy photovoltaic supports is carbon steel, with the main specifications being 41*21mm. This product is primarily used in ground systems or rooftop photovoltaic systems; the equipment is suitable for outdoor and rooftop platforms. The installation angle of the equipment can be freely adjusted, with a maximum wind load of 60 meters per second and a maximum snow load of 1.4 KN per square meter. The components of this part can be divided into framed and frameless, and can be positioned horizontally or vertically, with the width of the components adjustable.

In addition to stainless steel and aluminum alloy, the C-shaped steel for aluminum alloy photovoltaic supports can also be made of galvanized steel pipes, etc. The color can be natural or painted according to actual requirements.