This C-channel carbon steel beam is specially designed for ground-mounted and carport PV structures. Serving as the main longitudinal or cross beam, it delivers a robust and reliable framework. The use of high-strength carbon steel with hot-dip galvanized treatment ensures excellent corrosion resistance and long-term durability in outdoor conditions.
Material:
Q235(Carbon Steel)Snow Load:
1.4KN/M²Wind Load:
60m/sPanel Orientation:
Portrait or LandscapeWarranty:
10 YearsService Life:
More than 20 YearsThe C-Channel Carbon Steel Beam is engineered for ground-mounted and carport PV systems. It serves as a main structural member for supporting solar panel arrays. Made from high-strength carbon steel and treated with hot-dip galvanization, it ensures excellent mechanical strength and weather resistance. Its versatile profile fits various PV mounting structures for long-term durability and easy integration.
Product Specification
Material: | Q235 or Q355 Carbon Steel |
Surface Treatment: | Hot-dip Galvanized ≥ 65μm |
Cross-section Shape: | C-Channel |
Cross-section Size: | C80, C100, C120 (customizable) |
Standard Length: | 6 meters (custom length available) |
Application: | Ground-mounted PV & Carport PV Systems |
Mounting Method: | Installed with clamps and rails |
Connection Type: | Bolt-connected |
Corrosion Resistance: | ≥25 years of outdoor service life |
Product Features
High-strength carbon steel with excellent load-bearing capacity
Hot-dip galvanized surface for superior corrosion resistance
Compatible with various clamps and rails for easy installation
Customizable length and pre-punched holes available
FAQs
A: This product is suitable for ground-mounted fixed PV systems and carport PV structures, serving as the main load-bearing beam.
A: Yes. We offer full customization of length and hole punching positions to match specific structural designs.
A: Yes. With a hot-dip galvanized coating thickness ≥ 65μm, this product is designed for long-term use in humid, salty, and corrosive environments.
A: Solar panels are securely fixed onto the beam using clamps (mid clamps/end clamps) and aluminum rails.
A: Yes. We can provide third-party mechanical testing reports and structural load analysis documents upon request to support engineering and project approval needs.