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Installation Site
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Carport
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Wind Load
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<60M/S
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Snow Load
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<1.4KN/M²
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Material
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Aluminum 6005-T5
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Color
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Natural or Customized
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Anticorrosive
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Anodized aluminum
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Warranty
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10 years and 25 years service time
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1️⃣ Cut the Rails: Measure and cut the rails to the required length. Use compatible connectors to join sections where necessary.
2️⃣ Attach the Rails: Secure the rails to the carport beams using suitable brackets and fasteners, following the specified spacing.
3️⃣ Check Alignment: Ensure the rails are level, evenly spaced, and properly aligned before installing the panels.
4️⃣ Install the Panels: Position the solar panels and secure them with compatible mid clamps and end clamps. Tighten all fasteners according to the installation requirements.

☆ Flexible Options: Different rail profiles are available to meet varying structural and load requirements.
☆ Durable Construction: Aluminum rails offer a good balance of strength and corrosion resistance. The stated service life is up to 25 years, with a 10-year warranty, subject to the manufacturer's terms and installation conditions.
☆ Lightweight Design: Easy to handle and install, helping simplify on-site assembly.
☆ Corrosion Resistance: Aluminum naturally resists rust, making it suitable for outdoor solar carport applications.
Related Certificate
☆ Aluminum Quality Certificate: Provides information about the aluminum material composition.
Q1: Can the rail length be customized?
Yes. Standard lengths and customized options may be available depending on the rail profile and project requirements.
Q2: Are these rails compatible with all solar panels?
Not necessarily. Compatibility depends on the rail profile, clamp design, panel dimensions, and overall mounting system configuration.
Q3: What accessories are required for installation?
Common accessories include rail connectors, mounting brackets, mid clamps, end clamps, and compatible fasteners. The exact requirements depend on the carport design.
Q4: Can aluminum solar carport rails withstand strong winds and heavy snow?
Performance depends on the rail profile, material, support spacing, fasteners, and overall structural design. The complete mounting system should be engineered to meet the project's local wind and snow load requirements.