Tackle your projects where maximum performance is the ultimate goal. The Composite Rail is a superior mounting solution engineered to enhance module efficiency. It is specifically designed with a high-clearance profile to promote exceptional airflow and ventilation beneath the solar panels, mitigating power loss from heat.
Choose the Composite Rail to maximize your system's energy production. Its innovative high-clearance design creates a channel for superior airflow, actively cooling the modules to maintain peak efficiency even on the hottest days. This performance-enhancing design is built from highly durable, corrosion-proof composite materials for decades of reliability. It is the secure, forward-thinking solution for boosting your long-term energy yield.
The main benefit is enhanced module efficiency. The high-clearance profile creates a large air gap under the panels, which promotes superior airflow and ventilation. This keeps the modules cooler, and cooler modules produce more power.
Solar panels lose efficiency as their temperature increases. By allowing more air to circulate, the composite rail system actively dissipates heat from the back of the panels. This mitigation of heat-induced power loss can lead to a higher energy yield over the system's lifetime.
The rail is made from a high-strength composite material, such as a fiber-reinforced polymer. It is engineered to be exceptionally durable and is completely immune to rust and corrosion, giving it a potential longevity advantage over aluminum, especially in harsh environments.
Yes, absolutely. Because the composite material is inherently corrosion-proof, it is the ideal choice for environments with high salt mist, which can be very corrosive to metal systems over time.
Yes. It is engineered to meet or exceed the same load-bearing standards (for wind and snow) as traditional aluminum rails. While lighter, its fiber-reinforced structure gives it comparable strength.
It can be different. Cutting composite material may require a specific type of saw blade for a clean cut, but it is generally not considered difficult to work with. It is also significantly lighter, making it easier to handle on the roof.
Yes, the rail's profile is designed to be compatible with industry-standard mid-clamps, end-clamps, and mounting feet, so no special or proprietary hardware is required.
No. High-quality composite rails are manufactured with UV inhibitors integrated directly into the material, protecting them from degradation and ensuring they remain strong and stable for decades in direct sunlight.
Composite rails are typically lighter than aluminum rails of the same strength. This can make them easier and safer for installers to transport, carry, and maneuver on a roof.
Yes. Due to its advanced material and performance-enhancing design, it is generally positioned as a premium option for customers who want to maximize their energy yield and invest in a system with superior long-term durability.
