For example, our U-beam triangle kit is manufactured from high-quality AL6005-T5 solar mounting profiles, providing an excellent balance of strength, lightweight performance, and corrosion resistance. It is available in adjustable tilt ranges of 10°–30° and 30°–60°, making it suitable for a variety of flat roof solar projects. The system can be installed with or without mounting rails, offering greater design flexibility to meet different project requirements. Thanks to its pre-assembled modular design, the kit is easy to transport, quick to install, and helps reduce on-site labor while ensuring long-term structural stability and reliable outdoor performance.

Artsign also offers east-west solar mounting brackets in both fixed and adjustable configurations to accommodate different installation requirements. These versatile brackets support direct concrete installation using expansion bolts or non-penetrating ballasted mounting systems, providing greater flexibility for a wide range of flat roof applications. Engineered for high structural strength and easy installation, they help maximize roof space utilization while ensuring long-term stability under various wind and snow load conditions.

Recently, however, the sharp rise in aluminum prices has prompted many project developers and EPC contractors to reconsider their material choices. While aluminum remains an excellent option thanks to its lightweight design and outstanding corrosion resistance, rising material costs have made achieving both performance and budget targets increasingly challenging. For projects that demand exceptional structural strength, cost efficiency, and reliable resistance to high wind and snow loads, C steel has become an increasingly popular alternative. Combining excellent load-bearing capacity with competitive pricing, it offers the ideal balance of durability, performance, and overall project value.
As a professional solar racking manufacturer, we provide customized structural designs tailored to each project's wind and snow load requirements. Based on the information supplied by our clients, our engineering team recommends the optimal C steel dimensions to ensure structural safety, reliability, and material efficiency under local environmental conditions.