L-feet for iron-sheet/tin-roof

The L feet re very easy to be mountinged on the tin roof by using our wood screws, EPDM washer can prevent rain leaking and protect the rooftop from rust.

Hanger Bolt(solar fasteners) is one kind of fixings with mounting structure used to screw into steel purlins or wooden rafter on corrugated and trapezoidal roofs.

Aluminum plate and bolt clamp with hanger bolt for roof installations are a common mounting combination among residential users, with the core values of easy installation, inexpensive and stable, meeting the needs of building solar energy systems in ordinary environments. This combo is almost negligible for customized design and is a great choice for many users.

The solar L-foot and hanger bolt combination is a reliable and versatile mounting solution for solar panel installations on roofs with wooden substructures. L-foot provides a strong, adjustable mounting point, while the hanger bolt anchors securely into wood and includes integrated waterproofing with sealing washers.

The combination of Solar L-Foot and Self-Tapping Screws is a practical and efficient mounting solution for solar panel installations, especially on metal roofs. The L-foot provides a stable mounting point, while the self-tapping screws ensure quick and secure attachment without pre-drilling. Made from durable, corrosion-resistant materials, this combination offers reliable performance, easy installation, and strong structural integrity for both residential and commercial solar projects.

The hanger bolt and aluminum plate combination is a high-performance solution designed to secure solar panel systems on various roof types. Crafted with precision and durability in mind, these components are ideal for residential and commercial solar installations, ensuring a stable and efficient mounting setup.

Solar ground mounting system is consists of aluminum alloy solar accessories and hot dipped galvanized ground screws.

The Rail splice is made of aluminum alloy, splice technology allows a system orientation without a reduction in the load bearing capacity in the area of the splices.