Steel Channel Profile U-Connector
Channel Profile U is made from high-quality Zinc-Aluminum-Magnesium (Zn-Al-Mg) steel, which not only offers a lightweight structure but also provides outstanding corrosion resistance. Thanks to this advanced material, the profile endures harsh weather while giving strong support for large solar panel mounting systems.
Moreover, our connector system delivers an easy-to-install and user-friendly solution. Because of its flexible design, it fits various solar panel sizes and configurations. In addition, the system features excellent load-bearing capacity, ensuring stable and dependable support for your solar setup. Furthermore, non-slip modules keep the panels firmly in place, even during extreme weather, which means you can maintain reliable performance with minimal maintenance.
| Raw Material: | Hot dipped steel/Zinc Al Mg Steel |
| Grade: | S350GD;S420GD;S550GD |
| T-Wall Thickness(mm): | 1.5-5.0 |
| A(mm): | 20-450 |
| B(mm): | 15-250 |
| Zinc coating: | 275g/m2 or 40-80um |
| Length(mm): | Fixed length |
Channel Profile U direct connectors for solar mounting structures use high-quality materials such as aluminum alloy, stainless steel, and hot-dip galvanized steel. These materials resist corrosion, stay strong under heavy loads, and last for many years in outdoor environments. In addition, their smooth surfaces protect solar panels from scratches during installation.
Direct connectors link rails, beams, and other structural parts firmly together. They improve the stability of the solar array, reduce the risk of loosening, and help distribute weight evenly. Moreover, they enhance both safety and performance.
Common sizes include M8 and M10 bolts, with different lengths and shapes to match various rail profiles. Before installation, check the dimensions, align the holes, and tighten all fasteners to the recommended torque. During installation, wear protective gloves and remove any dirt or debris from the connection area. Finally, inspect the connectors regularly to ensure they remain secure.
By following these steps, you create a safe, durable, and efficient solar mounting system that performs well in different environments.