High-Performance Solar C-Steel Channels & PV Racking Profiles
Our heavy-duty C-Steel Channels are precision-engineered as the primary structural framing members for ground-mounted solar photovoltaic support systems. Extensively utilized for vertical upright posts, diagonal bracing, and horizontal load-bearing purlins, these C-channels form a rigid structural grid capable of supporting heavy PV module weights while maximizing project cost-efficiency.
By utilizing high-tensile material compositions and advanced metallic coatings, our solar C-channels optimize material thickness, allowing EPC contractors to reduce total racking weight without sacrificing mechanical safety throughout a 25+ year operational lifecycle.
Advanced Structural Benefits
Premium Material Engineering (Q235B & S350GD): Fabricated from certified high-tensile carbon steel (Q235B) or advanced continuous hot-dip zinc-iron-alloy steel (S350GD), yielding exceptional yield strength and load-carrying capacity.
Next-Generation Anti-Corrosion Options: Coated with cutting-edge Zinc-Aluminum-Magnesium (ZAM) or heavy Hot-Dip Galvanization (HDG). ZAM provides superior self-healing edge protection, making these profiles completely immune to aggressive coastal salt spray, extreme humidity, and industrial chemical atmospheres.
Highly Economical Structural Design: The lightweight, optimized geometry of the C-profile uses significantly less steel volume than traditional heavy I-beams, lowering maritime shipping overhead and reducing overall system CAPEX.
Standardized Pre-Punched Assembly Slots: Engineered with precision, factory-punched modular hole arrays that accommodate a wide range of universal interlocking fasteners, eliminating complex on-site drilling and accelerating utility field construction timelines.
Technical Specifications
Parameter | Standard Specification |
Product Component | Solar C-shaped Steel, Structural PV Profile,Racking Purlin |
Material Grades | Q235B Carbon Steel,S350GD/S450GD High-Yield Structural Steel |
Surface Treatment | Zinc-Aluminum-Magnesium(ZAM)Coating or Hot-Dip Galvanized(HDG) |
Coating Standards | Compliant with ISO 1461, ASTM A123, or EN 10346 |
Profile Thickness | 1.5mm-3.0mm (Engineered to match local wind/snow load requirements |
Hole Configurations | Standardized Round/Oblong Pre-Punched Slots(Fully customizable) |
Length Options | 2,000mm-6,000mm(Tailored precisely to client blueprints) |
Quality Compliance | ISO 9001:2015, CE,Material Test Report(MTR), Loading Test Certificate |
Primary B2B Applications
1. Utility-Scale Ground PV Infrastructure: The essential framework component for multi-megawatt ground arrays situated in harsh open flatlands, rolling hills, or coastal plains across industrial regions like Jakarta and Surabaya.
2. Modular Solar Racking Layouts: Enables rapid, puzzle-like field assembly using standardized connectors, minimizing localized alignment errors and cutting field labor expenses.
3. High-Clearance Solar Carports & Agrivoltaics: Offers the perfect balance of structural rigidity and lightweight handling required for overhead structures facing intense wind-uplift vectors.
Quality Control & Industrial B2B Logistics
Quality Guarantee: Every production lot is subject to strict automated QC clearance, including digital micrometer profiling, precise hole alignment mapping, and electronic coating thickness verification.
Export-Ready Packaging: To prevent profile deformation, scratching, or rust spotting from nesting during long maritime shipping and local inland transport to remote Indonesian solar fields, C-channels are securely stacked in nested bundles, strapped with heavy-duty steel bands, and wrapped in water-resistant PVC protective shrink-wrap.
Whatsapp: +86-18823394830